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 Datasheets list: "S"

 Components: 133418, pages: 134 (3.86 seconds)  
  1. S-00403G (No company) - LCD BACK LIGHT, TAB TYPE
  2. S008 (Carlo Gavazzi) - Accessories
  3. S-00808G (No company) - LCD BACK LIGHT, TAB TYPE
  4. S-0201 (Para Light) - LCD Back Light, Tab Type (8.0x64.0mm L-6S4VY2C)
  5. S-0202 (Para Light) - LCD Back Light, Tab Type (8.0x123.2mm L-6S4VY2C)
  6. S-0203 (Para Light) - LCD Back Light, Tab Type (21.0x78.0mm L-454VY2C)
  7. S-0204 (Para Light) - LCD Back Light, Tab Type (21.0x152.0mm L-454VY2C)
  8. S0301L (Teccor) - Scrs 1-70 Amps Non-sensitive Gate
  9. S0303L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  10. S0304F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  11. S0304N1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  12. S0306F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  13. S0306L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  14. S0308F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  15. S0308R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  16. S0310L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  17. S0312L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  18. S0315L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  19. S031E (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  20. S0320L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  21. S0325L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  22. S0325R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  23. S0335J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  24. S0335W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  25. S0350J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  26. S0355W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  27. S0365J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  28. S0365P (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  29. S0370W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  30. S03A1500W1 (No company) - Hybrid Couplers
  31. S03A1600N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.078 ; Packaging = Surface Mount ; Frequency MHZ = 1500-1700 ; Power Handling Watts = 100
  32. S03A1870N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 100
  33. S03A1960N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 100
  34. S03A2000N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.09 ; Packaging = Surface Mount ; Frequency MHZ = 1500-2500 ; Power Handling Watts = 100
  35. S03A2150N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2100-2200 ; Power Handling Watts = 100
  36. S03A2500N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
  37. S03A2750N1 (No company) - Low Profile 3 Db Hybrid Coupler In An Easy To Use Surface Mount Package For Ism
  38. S03A888N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 100
  39. S03B1500N2 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1400-1600 ; Power Handling Watts = 200
  40. S03B1870N2 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 200
  41. S03B1870N3 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 300
  42. S03B1960N2 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 200
  43. S03B1960N3 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0x0.50x0.16 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1990 ; Power Handling Watts = 300
  44. S03B2150N2 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 2000-2300 ; Power Handling Watts = 200
  45. S03B2150N3 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0x0.50x0.16 ; Packaging = Surface Mount ; Frequency MHZ = 2000-2300 ; Power Handling Watts = 300
  46. S03B700W1 (No company) - Hybrid Couplers
  47. S03B888N2 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 200
  48. S03B888N3 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 1.0 X 0.50 X 0.16 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 300
  49. S03E1870N1 (No company) - Hybrid Couplers
  50. S03E1960N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 1930-1999 ; Power Handling Watts = 100
  51. S03E2150N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 2100-2200 ; Power Handling Watts = 100
  52. S03E2500N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
  53. S03E2750N1 (Anaren) - RF Power Hybrid Couplers ; Size LXWXH = 0.56 X 0.2 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2500-3000 ; Power Handling Watts = 100
  54. S041P (Siemens) - Fm If Amplifier With Demodulator
  55. S042 (Siemens) - Mixers
  56. S042P (Siemens) - Mixers
  57. S0500KC250 (Westcode) - 1200-2500 Gate Turn Off Thyristor - Capsule Type
  58. S0501L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  59. S0503L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  60. S0504F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  61. S0504N1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  62. S0505GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  63. S0505GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  64. S0505GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  65. S0505GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  66. S0505GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  67. S0505GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  68. S0506F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  69. S0506L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  70. S0508F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  71. S0508R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  72. S0510GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  73. S0510GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  74. S0510GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  75. S0510GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  76. S0510GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  77. S0510GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  78. S0510L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  79. S0512L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  80. S0515L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  81. S051E (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  82. S0520GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  83. S0520GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  84. S0520GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  85. S0520GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  86. S0520GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  87. S0520GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  88. S0520L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  89. S0525L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  90. S0525R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  91. S0535J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  92. S0535W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  93. S0550J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  94. S0555W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  95. S0565J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  96. S0565P (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  97. S0570W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  98. S05A100 (Mospec) - Schottky Barrier Rectifiers(5a,70-100v)
  99. S05A30 (Mospec) - Schottky Barrier Rectifiers(5a,30-60v)
  100. S05A35 (Mospec) - Schottky Barrier Rectifiers
  101. S05A40 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
  102. S05A45 (Mospec) - Schottky Barrier Rectifiers
  103. S05A50 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
  104. S05A60 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,30-60V)
  105. S05A70 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
  106. S05A80 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
  107. S05A90 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(5A,70-100V)
  108. S05K115 (No company) - Electrical Specifications, Cont. Disc Types
  109. S05K130 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  110. S05K140 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  111. S05K175 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  112. S05K230 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  113. S05K250 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  114. S05K275 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  115. S05K75 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  116. S05K95 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  117. S0600KC180 (Westcode) - 600-1800 Gate Turn Off Thyristor - Capsule Type
  118. S06C30CE (Mospec) - Schottky Barrier Rectifiers
  119. S06C35CE (Mospec) - Schottky Barrier Rectifiers
  120. S06C40CE (Mospec) - Schottky Barrier Rectifiers
  121. S06C45CE (Mospec) - Schottky Barrier Rectifiers
  122. S07B (Vishay) - Small Surface Mount Diodes
  123. S07B...S07M (General Semiconductor) -
  124. S07D (Vishay) - Small Surface Mount Diodes
  125. S07G (Vishay) - Small Surface Mount Diodes
  126. S07J (OTAX) - DIP Switch
  127. S07J (Vishay) - Small Surface Mount Diodes
  128. S07J (TI) - HEX BUFFERS/DRIVERS WITH OPEN-COLLECTOR HIGH-VOLTAGE OUTPUTS
  129. S07K115 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  130. S07K130 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  131. S07K140 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  132. S07K175 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  133. S07K230 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  134. S07K250 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  135. S07K275 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  136. S07K75 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  137. S07K95 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  138. S07M (Vishay) - Small Surface Mount Diodes
  139. S07M-GS08 (Vishay) -
  140. S0802MH1AA2 (STMicroelectronics) - Sensitive Gate SCR
  141. S0802XH (STMicroelectronics) - Sensitive Gate Scr
  142. S08A100 (Mospec) - Schottky Barrier Rectifiers(8a,70-100v)
  143. S08A30 (Mospec) - Schottky Barrier Rectifiers(8a,30-60v)
  144. S08A35 (Mospec) - Schottky Barrier Rectifiers
  145. S08A40 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
  146. S08A45 (Mospec) - Schottky Barrier Rectifiers
  147. S08A50 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
  148. S08A60 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,30-60V)
  149. S08A70 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
  150. S08A80 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
  151. S08A90 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(8A,70-100V)
  152. S0900KC140 (Westcode) - 600-1400 Gate Turn Off Thyristor - Capsule Type
  153. S10 (CalCrystal) - 2.0mm High Metal Package Surface Mount Crystals
  154. S100 (Pan Jit) - Surface Mount Schottky Barrier Rectifier
  155. S100-1000 (Sussex) -
  156. S100-12 (No company) - 100 Watts - 12.5 Volts 1.5-30 Mhz
  157. S100-12-2 (No company) - 100 WATTS - 12.5 VOLTS 1.5-30 MHz
  158. S100-12-3 (No company) - 100 WATTS - 12.5 VOLTS 1.5-30 MHz
  159. S1001L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  160. S100-200 (Sussex) -
  161. S100-28 (ASI) - Npn Silicon Rf Power Transistor
  162. S1003L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  163. S1004F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  164. S1004N1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  165. S1005GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  166. S1005GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  167. S1005GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  168. S1005GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  169. S1005GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  170. S1005GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  171. S100-600 (Sussex) -
  172. S1006F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  173. S1006L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  174. S1008 (API Delevan) - Shielded Surface Mount Inductors
  175. S1008-101K (API Delevan) - Shielded Surface Mount Inductors
  176. S1008-121K (API Delevan) - Shielded Surface Mount Inductors
  177. S1008-151K (API Delevan) - Shielded Surface Mount Inductors
  178. S1008F1 (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  179. S1008R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  180. S100-T1 (WTE) - 1.0a Surface Mount Schottky Barrier Rectifier
  181. S100-T3 (WTE) - 1.0A SURFACE MOUNT SCHOTTKY BARRIER RECTIFIER
  182. S1010GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  183. S1010GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  184. S1010GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  185. S1010GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  186. S1010GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  187. S1010GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  188. S1010L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  189. S101156924 (Carlo Gavazzi) - Timers
  190. S1012L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  191. S1015L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  192. S101D01 (SHARP) - 16-pin Dip Type Ssr For Low Power Control
  193. S101D02 (SHARP) - 16-Pin DIP Type SSR for Low Power Control
  194. S101DH1 (SHARP) - 16-pin Dip Type Ssr For Low Power Control
  195. S101DH2 (SHARP) - 16-Pin DIP Type SSR for Low Power Control
  196. S101E (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  197. S101N11 (SHARP) - Voltage Input Solid State Relay With Built-in Snubber Circuit
  198. S101N12 (SHARP) - Voltage Input Solid State Relay With Built-in Snubber Circuit
  199. S101S05V (SHARP) - Sip Type Ssr With Mounting Capability For External Heat Sink
  200. S101S06V (SHARP) - SIP Type SSR with Mounting Capability for External Heat Sink
  201. S101S15V (SHARP) - Sip Type Ssr With Built-in Snubber Circuit
  202. S101S16V (SHARP) - SIP Type SSR with Built-in Snubber Circuit
  203. S1020GE10PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  204. S1020GE5PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  205. S1020GE6PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  206. S1020GE7PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  207. S1020GE8PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  208. S1020GE9PL (No company) - A Series OF SPECTRAL - RESPONSE SILICON PHOTOCELLS DESIGNED FOR UNIQUE PRODUCT APPLICATIONS
  209. S1020L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  210. S102166924 (Carlo Gavazzi) - Timers
  211. S1025L (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  212. S1025R (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  213. S1028C1 (Infineon) - High Speed Clock and Data Recovery for Fiber Optic Applications
  214. S102C-50R-0.01% (Vishay) -
  215. S102S01 (SHARP) - Sip Type Ssr For Medium Power Control
  216. S102S02 (SHARP) - SIP Type SSR for Medium Power Control
  217. S102S03 (SHARP) - Sip Type Ssr With Mounting Capability For External Heat Sink
  218. S102S11 (SHARP) - Sip Type Ssr With Snubber Circuit and Mouning Capability For External Heat Sink
  219. S102S12 (SHARP) - SIP Type SSR with Snubber Circuit and Mouning Capability for External Heat Sink
  220. S102T01 (SHARP) - Low Height Type Solid State Relays
  221. S102T02 (SHARP) - Low Height Type Solid State Relays
  222. S103156924 (Carlo Gavazzi) - Timers
  223. S103166924 (Carlo Gavazzi) - Timers
  224. S1035J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  225. S1035W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  226. S104156924 (Carlo Gavazzi) - Timers
  227. S1050J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  228. S105156924 (Carlo Gavazzi) - Timers
  229. S105166924 (Carlo Gavazzi) - Timers
  230. S1055W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  231. S10-5S1.0 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  232. S10-5S1.2 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  233. S10-5S1.5 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  234. S10-5S1.8 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  235. S10-5S2.0 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  236. S10-5S2.5 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  237. S10-5S3.3 (Intronics) - 10A & 15A Non-isolated Low Vout Industry-standard Sipswith SMD or Through-hole Packaging.
  238. S105T01 (SHARP) - Device Specipication For Solid State Replay
  239. S105T02 (SHARP) - Low Height Solid State Relay
  240. S106 (Solid State) - 1 FormA Solid State Relay
  241. S1065J (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  242. S1065P (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  243. S106-H (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  244. S106-S (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  245. S106-TR (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  246. S106-X (Solid State) - 1 FormA Solid State Relay
  247. S107 (Solid State) - 1 FormA Solid State Relay
  248. S1070W (Teccor) - SCRs 1-70 AMPS NON-SENSITIVE GATE
  249. S107-H (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  250. S107-S (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  251. S107-TR (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  252. S107-X (Solid State) - 1 FormA Solid State Relay
  253. S108 (Carlo Gavazzi) - Accessories
  254. S1087 (Hamamatsu) - Si Photodiode
  255. S1087-01 (Hamamatsu) - Si photodiode
  256. S108A (Carlo Gavazzi) - Accessories
  257. S108T01 (SHARP) - Low Height Solid State Relay
  258. S108T02 (SHARP) - Low Height Solid State Relay
  259. S109256712 (Carlo Gavazzi) - Special Function (1.5 s - 30 s)
  260. S10A (MCC) - 10.0 Amp Standard Recovery Rectifier 50 To 1000 Volts
  261. S10A015 (STMicroelectronics) - Rf & Microwave Transistors General Purpose Linear Applications
  262. S10A100 (Mospec) - Schottky Barrier Rectifiers(10a,70-100v)
  263. S10A1870N1 (Anaren) - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.08 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 100
  264. S10A20FR (Sensitron) - Three Phase Full Wave Bridge Rectifier Assembly
  265. S10A2500W1 (Anaren) - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.085 ; Packaging = Surface Mount ; Frequency MHZ = 2000-3000 ; Power Handling Watts = 100
  266. S10A2CIC (KEC) - Super Fast Recovery Rectifier Diode, Package = TO-220IS
  267. S10A30 (Mospec) - Schottky Barrier Rectifiers(10a,30-60v)
  268. S10A305HE (Sensitron) - Three Phase Full Wave Bridge Rectifier Assembly
  269. S10A3100 (Sensitron) - Three Phase Full Wave Bridge Rectifier Assembly
  270. S10A310HE (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  271. S10A315HE (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  272. S10A320 (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  273. S10A340 (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  274. S10A35 (Mospec) - Schottky Barrier Rectifiers
  275. S10A360 (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  276. S10A360FR (Sensitron) - Three Phase Full Wave Bridge Rectifier Assembly
  277. S10A380 (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  278. S10A40 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  279. S10A40FR (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  280. S10A45 (Mospec) - Schottky Barrier Rectifiers
  281. S10A50 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  282. S10A60 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  283. S10A60FR (Sensitron) - THREE PHASE FULL WAVE BRIDGE RECTIFIER ASSEMBLY
  284. S10A70 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  285. S10A80 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  286. S10A888N1 (Anaren) - RF Power Directional Couplers ; Size LXWXH = 0.56 X 0.35 X 0.09 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 100
  287. S10A90 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  288. S10B (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  289. S10B1870N2 (Anaren) - RF Power Directional Couplers ; Size LXWXH = 1.00 X 0.50 X 0.12 ; Packaging = Surface Mount ; Frequency MHZ = 1750-1990 ; Power Handling Watts = 200
  290. S10B888N2 (Anaren) - RF Power Directional Couplers ; Size LXWXH = 1.0 X 0.50 X 0.12 ; Packaging = Surface Mount ; Frequency MHZ = 815-960 ; Power Handling Watts = 200
  291. S10B-EH (No company) - Disconnectable Crimp style connectors
  292. S10C100 (Mospec) - Schottky Barrier Rectifiers(10a,70-100v)
  293. S10C150C (Mospec) - Schottky Barrier Rectifiers
  294. S10C30 (Mospec) - Schottky Barrier Rectifiers(10a,30-60v)
  295. S10C30A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  296. S10C30C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  297. S10C30CE (Mospec) - Schottky Barrier Rectifiers
  298. S10C30D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  299. S10C35 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  300. S10C35A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  301. S10C35C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  302. S10C35CE (Mospec) - Schottky Barrier Rectifiers
  303. S10C35D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  304. S10C40 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  305. S10C40A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  306. S10C40C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  307. S10C40CE (Mospec) - Schottky Barrier Rectifiers
  308. S10C40D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  309. S10C45 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  310. S10C45A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  311. S10C45C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  312. S10C45CE (Mospec) - Schottky Barrier Rectifiers
  313. S10C45D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  314. S10C50 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  315. S10C50A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  316. S10C50C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  317. S10C50CE (Mospec) - Schottky Barrier Rectifiers
  318. S10C50D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  319. S10C60 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  320. S10C60A (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  321. S10C60C (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  322. S10C60CE (Mospec) - Schottky Barrier Rectifiers
  323. S10C60D (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  324. S10C70 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  325. S10C80 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  326. S10C90 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  327. S10D (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  328. S10G (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  329. S10J (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  330. S10K (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  331. S10K115 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  332. S10K130 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  333. S10K140 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  334. S10K175 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  335. S10K230 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  336. S10K250 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  337. S10K275 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  338. S10K75 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  339. S10K95 (No company) - ELECTRICAL SPECIFICATIONS, CONT. DISC TYPES
  340. S10M (MCC) - 10.0 Amp Standard Recovery Rectifier 50 to 1000 Volts
  341. S10S100 (Mospec) - Schottky Barrier Rectifiers(10a,70-100v)
  342. S10S30 (Mospec) - Schottky Barrier Rectifiers(10a,30-60v)
  343. S10S35 (Mospec) - Schottky Barrier Rectifiers
  344. S10S40 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  345. S10S45 (Mospec) - Schottky Barrier Rectifiers
  346. S10S50 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  347. S10S60 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,30-60V)
  348. S10S70 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  349. S10S80 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  350. S10S90 (Mospec) - SCHOTTKY BARRIER RECTIFIERS(10A,70-100V)
  351. S10SC4M (Shindengen) - Schottky Rectifiers (sbd) (40v 10a)
  352. S10SC4MR (Shindengen) - Schottky Rectifiers (SBD)/ Center Tap, Common Cathode (Three Terminal Type)
  353. S10VB20 (Shindengen) - Bridge Diode(200v 10a)
  354. S10VB60 (Shindengen) - Bridge Diode(600v 10a)
  355. S10VT60 (Shindengen) - 3 Phase Bridge Diode(600v 10a)
  356. S10VT80 (Shindengen) - 3 Phase Bridge Diode(800v 10a)
  357. S10VTA60 (Shindengen) - 3 Phase Bridge Diode(600v 10a)
  358. S10VTA80 (Shindengen) - 3 Phase Bridge Diode(800v 10a)
  359. S10WB20 (Shindengen) - Bridge Diode(200v 10a)
  360. S10WB60 (Shindengen) - Bridge Diode(600v 10a)
  361. S11 (M/A-COM) - 10 to 500 MHZ Thin Film SPST Switch
  362. S110 (Solid State) - 1 FormA Solid State Relay
  363. S1-100 (Sussex) -
  364. S1-1000 (Sussex) -
  365. S1-1000-150 (Sussex) -
  366. S1-1000-50 (Sussex) -
  367. S1-100-50 (Sussex) -
  368. S110156024 (Carlo Gavazzi) - Timers
  369. S110156115 (Carlo Gavazzi) - Timers
  370. S110156230 (Carlo Gavazzi) - Timers
  371. S110156724 (Carlo Gavazzi) - Timers
  372. S110166024 (Carlo Gavazzi) - Timers
  373. S110166115 (Carlo Gavazzi) - Timers
  374. S110166230 (Carlo Gavazzi) - Timers
  375. S110166724 (Carlo Gavazzi) - Timers
  376. S110-H (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  377. S110-S (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  378. S110-T1 (WTE) - 1.0a Surface Mount Schottky Barrier Rectifier
  379. S110-T3 (WTE) - 1.0A SURFACE MOUNT SCHOTTKY BARRIER RECTIFIER
  380. S110-TR (Solid State) - Zero Cross, 400V, 800mA, Int. 300 Ohm Resistor
  381. S110-X (Solid State) - 1 FormA Solid State Relay
  382. S111 (Solid State) - 1 FormA Solid State Relay
  383. S-1111 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  384. S111156024 (Carlo Gavazzi) - Timers
  385. S111156115 (Carlo Gavazzi) - Timers
  386. S111156230 (Carlo Gavazzi) - Timers
  387. S111156724 (Carlo Gavazzi) - Timers
  388. S111166024 (Carlo Gavazzi) - Timers
  389. S111166115 (Carlo Gavazzi) - Timers
  390. S111166230 (Carlo Gavazzi) - Timers
  391. S111166724 (Carlo Gavazzi) - Delay on Operate (0.15 s - 800 s)
  392. S-1111B15 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  393. S-1111B15MC-NYA-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  394. S-1111B15PN-NYA-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  395. S-1111B18MC-NYD-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  396. S-1111B18PN-NYD-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  397. S-1111B25MC-NYK-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  398. S-1111B25PN-NYK-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  399. S-1111B26MC-NYL-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  400. S-1111B26PN-NYL-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  401. S-1111B27MC-NYM-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  402. S-1111B27PN-NYM-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  403. S-1111B28MC-NYN-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  404. S-1111B28PN-NYN-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  405. S-1111B29MC-NYO-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  406. S-1111B29PN-NYO-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  407. S-1111B30 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  408. S-1111B30MC-NYP-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  409. S-1111B30PN-NYP-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  410. S-1111B31MC-NYQ-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  411. S-1111B31PN-NYQ-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  412. S-1111B33MC-NYS-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  413. S-1111B33PN-NYS-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  414. S-1111B50 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  415. S-1111B50MC-NZJ-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  416. S-1111B50PN-NZJ-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  417. S-1112 (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  418. S-1112B15 (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  419. S-1112B15MC-L6A-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  420. S-1112B15PN-L6A-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  421. S-1112B18MC-L6D-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  422. S-1112B18PN-L6D-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  423. S-1112B25MC-L6K-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  424. S-1112B25PN-L6K-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  425. S-1112B26MC-L6L-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  426. S-1112B26PN-L6L-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  427. S-1112B27MC-L6M-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  428. S-1112B27PN-L6M-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  429. S-1112B28MC-L6N-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  430. S-1112B28PN-L6N-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  431. S-1112B29MC-L6O-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  432. S-1112B29PN-L6O-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  433. S-1112B30 (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  434. S-1112B30MC-L6P-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  435. S-1112B30PN-L6P-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  436. S-1112B31MC-L6Q-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  437. S-1112B31PN-L6Q-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  438. S-1112B33MC-L6S-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  439. S-1112B33PN-L6S-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  440. S-1112B50 (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  441. S-1112B50MC-L7J-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  442. S-1112B50PN-L7J-TF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  443. S1117 (No company) - 1.0a Adjustable Ldo Linear Regulator
  444. S1117-15 (AUK) - Adjustable and Fixed Ldo Voltage Regulator
  445. S1117-15D (AUK) - Adjustable and Fixed Voltage Regulator
  446. S1117-15PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  447. S1117-15PIC (AUK) - Adjustable and Fixed Ldo Voltage Regulator
  448. S1117-15PIC (AUK) - Adjustable and Fixed Voltage Regulator
  449. S1117-15Q (AUK) - Adjustable and Fixed Ldo Voltage Regulator
  450. S1117-15Q (AUK) - Adjustable and Fixed Voltage Regulator
  451. S1117-18 (AUK) - Adjustable and Fixed LDO Voltage Regulator
  452. S1117-18D (AUK) - Adjustable and Fixed Voltage Regulator
  453. S1117-18PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  454. S1117-18PIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  455. S1117-18PIC (AUK) - Adjustable and Fixed Voltage Regulator
  456. S1117-18Q (AUK) - Adjustable and Fixed LDO Voltage Regulator
  457. S1117-18Q (AUK) - Adjustable and Fixed Voltage Regulator
  458. S1117-25 (AUK) - Adjustable and Fixed LDO Voltage Regulator
  459. S1117-25D (AUK) - Adjustable and Fixed Voltage Regulator
  460. S1117-25PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  461. S1117-25PIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  462. S1117-25PIC (AUK) - Adjustable and Fixed Voltage Regulator
  463. S1117-25Q (AUK) - Adjustable and Fixed LDO Voltage Regulator
  464. S1117-25Q (AUK) - Adjustable and Fixed Voltage Regulator
  465. S1117-285 (AUK) - Adjustable and Fixed LDO Voltage Regulator
  466. S1117-285D (AUK) - Adjustable and Fixed Voltage Regulator
  467. S1117-285PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  468. S1117-285PIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  469. S1117-285PIC (AUK) - Adjustable and Fixed Voltage Regulator
  470. S1117-285Q (AUK) - Adjustable and Fixed LDO Voltage Regulator
  471. S1117-285Q (AUK) - Adjustable and Fixed Voltage Regulator
  472. S1117-28D (AUK) - Requlator, LDO
  473. S1117-33 (AUK) - Adjustable and Fixed LDO Voltage Regulator
  474. S1117-33D (AUK) - Adjustable and Fixed Voltage Regulator
  475. S1117-33PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  476. S1117-33PIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  477. S1117-33PIC (AUK) - Adjustable and Fixed Voltage Regulator
  478. S1117-33Q (AUK) - Adjustable and Fixed LDO Voltage Regulator
  479. S1117-33Q (AUK) - Adjustable and Fixed Voltage Regulator
  480. S1117-50 (AUK) - Adjustable and Fixed LDO Voltage Regulator
  481. S1117-50D (AUK) - Adjustable and Fixed Voltage Regulator
  482. S1117-50PI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  483. S1117-50PIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  484. S1117-50PIC (AUK) - Adjustable and Fixed Voltage Regulator
  485. S1117-50Q (AUK) - Adjustable and Fixed LDO Voltage Regulator
  486. S1117-50Q (AUK) - Adjustable and Fixed Voltage Regulator
  487. S1117A (AUK) - Adjustable and Fixed LDO Voltage Regulator
  488. S1117AD (AUK) - Adjustable and Fixed Voltage Regulator
  489. S1117-AJQ (AUK) - Adjustable and Fixed LDO Voltage Regulator
  490. S1117API (AUK) - Adjustable and Fixed LDO Voltage Regulator
  491. S1117APIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  492. S1117APIC (AUK) - Adjustable and Fixed Voltage Regulator
  493. S1117AQ (AUK) - Adjustable and Fixed LDO Voltage Regulator
  494. S1117AQ (AUK) - Adjustable and Fixed Voltage Regulator
  495. S1117-XXD (AUK) - Adjustable and Fixed Voltage Regulator
  496. S1117-XXPI (AUK) - Adjustable and Fixed LDO Voltage Regulator
  497. S1117xxPIC (AUK) - Adjustable and Fixed LDO Voltage Regulator
  498. S1117-XXPIC (AUK) - Adjustable and Fixed Voltage Regulator
  499. S1117-XXQ (AUK) - Adjustable and Fixed Voltage Regulator
  500. S111-H (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  501. S111-S (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  502. S111-TR (Solid State) - Zero Cross, 600V, 800mA, Int. 300 Ohm Resistor
  503. S111-X (Solid State) - 1 FormA Solid State Relay
  504. S-1121 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  505. S112156024 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  506. S112156115 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  507. S112156230 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  508. S112156724 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  509. S112166024 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  510. S112166115 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  511. S112166230 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  512. S112166724 (Carlo Gavazzi) - Interval (0.15 s - 800 s)
  513. S-1121B15MC-N2A-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  514. S-1121B15PN-N2A-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  515. S-1121B18MC-N2D-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  516. S-1121B18PN-N2D-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  517. S-1121B25MC-N2K-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  518. S-1121B25PN-N2K-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  519. S-1121B26MC-N2L-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  520. S-1121B26PN-N2L-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  521. S-1121B27MC-N2M-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  522. S-1121B27PN-N2M-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  523. S-1121B28MC-N2N-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  524. S-1121B28PN-N2N-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  525. S-1121B29MC-N2O-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  526. S-1121B29PN-N2O-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  527. S-1121B30MC-N2P-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  528. S-1121B30PN-N2P-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  529. S-1121B31MC-N2Q-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  530. S-1121B31PN-N2Q-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  531. S-1121B33MC-N2S-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  532. S-1121B33PN-N2S-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  533. S-1121B50MC-N3J-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  534. S-1121B50PN-N3J-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 200mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) 5-pin SON(A) (150mW) ; Note = Tantalum 2.2 µF
  535. S-1122 (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  536. S-1122B15MC-L8ATF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  537. S-1122B15PN-L8ATF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  538. S-1122B18MC-L8DTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  539. S-1122B18PN-L8DTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  540. S-1122B25MC-L8KTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  541. S-1122B25PN-L8KTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  542. S-1122B26MC-L8LTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  543. S-1122B26PN-L8LTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  544. S-1122B27MC-L8MTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  545. S-1122B27PN-L8MTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  546. S-1122B28MC-L8NTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  547. S-1122B28PN-L8NTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  548. S-1122B29MC-L8OTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  549. S-1122B29PN-L8OTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  550. S-1122B30MC-L8PTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  551. S-1122B30PN-L8PTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  552. S-1122B31MC-L8QTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  553. S-1122B31PN-L8QTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  554. S-1122B33MC-L8STF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  555. S-1122B33PN-L8STF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  556. S-1122B50MC-L9JTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  557. S-1122B50PN-L9JTF (Seiko) - Features = RR 80dB LDO ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 50 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 190mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW), 5-Pin SON(A) (150mW) ; Note = Ceramic 0.47 µF
  558. S112S01 (SHARP) - Sip Type Ssr For Medium Power Control
  559. S112S02 (SHARP) - Sip Solid State Relay For Medium Power Control
  560. S-1131 (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  561. S-1131B15 (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  562. S-1131B15PD-N4A-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  563. S-1131B15UA-N4A-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  564. S-1131B15UC-N4A-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  565. S-1131B18PD-N4D-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  566. S-1131B18UC-N4D-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  567. S-1131B25PD-N4K-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  568. S-1131B25UA-N4K-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  569. S-1131B25UC-N4K-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  570. S-1131B27PD-N4M-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  571. S-1131B27UC-N4M-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  572. S-1131B30 (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  573. S-1131B30PD-N4P-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  574. S-1131B30UA-N4P-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  575. S-1131B30UC-N4P-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  576. S-1131B33PD-N4S-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  577. S-1131B33UA-N4S-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  578. S-1131B33UC-N4S-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  579. S-1131B50 (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  580. S-1131B50PD-N5J-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  581. S-1131B50UA-N5J-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  582. S-1131B50UC-N5J-TF (Seiko) - Features = RR 70dB LDO 300 ma Output ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 300 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 250mV @100mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Tantalum 2.2 µF
  583. S1133 (Hamamatsu) - Si photodiode
  584. S1133-01 (Hamamatsu) - Si photodiode
  585. S1133-14 (Hamamatsu) - Si photodiode
  586. S1136 (No company) - TRIANGULAR TYPE
  587. S1137 (No company) - TRIANGULAR TYPE
  588. S114156024 (Carlo Gavazzi) - Timers
  589. S114156115 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  590. S114156230 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  591. S114156724 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  592. S114166024 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  593. S114166115 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  594. S114166230 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  595. S114166724 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  596. S114166812 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  597. S114166850 (Carlo Gavazzi) - Special Function (0.15 s - 800 s)
  598. S1151256024 (Carlo Gavazzi) - Timers
  599. S1151256115 (Carlo Gavazzi) - Timers
  600. S1151256230 (Carlo Gavazzi) - Timers
  601. S1151256724 (Carlo Gavazzi) - Timers
  602. S115186024 (Carlo Gavazzi) - Timers
  603. S115186048 (Carlo Gavazzi) - Timers
  604. S115186115 (Carlo Gavazzi) - Timers
  605. S115186230 (Carlo Gavazzi) - Timers
  606. S115186400 (Carlo Gavazzi) - Timers
  607. S115186724 (Carlo Gavazzi) - Timers
  608. S-1165 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  609. S-1165B15 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  610. S-1165B15MC-N6A-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  611. S-1165B18MC-N6D-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  612. S-1165B25MC-N6K-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  613. S-1165B27MC-N6M-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  614. S-1165B29MC-N6O-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  615. S-1165B30 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  616. S-1165B30MC-N6P-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  617. S-1165B33MC-N6S-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  618. S-1165B50 (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  619. S-1165B50MC-N7J-TF (Seiko) - Features = RR 70dB LDO ; Input Voltage = 6.5V Max. ; Output Voltage = 1.5-5.5V ; Output Current = 200 ma ; Accuracy = ±1% ; Current Consumption Typ. = 35 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 140mV @200mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-23-5 (300mW) ; Note = Tantalum 2.2 µF
  620. S116S01 (SHARP) - SIP Type SSR for Medium Power Control
  621. S116S02 (SHARP) - It(rms)16a, Zero Cross Type Sip 4pin Triac Output Ssr
  622. S116S02F (SHARP) - IT(rms)16A, Zero Cross type SIP 4pin Triac output SSR
  623. S-1170 (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  624. S-1170B15 (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  625. S-1170B15PD-OTA-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  626. S-1170B15UC-OTA-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  627. S-1170B16PD-OTB-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  628. S-1170B16UC-OTB-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  629. S-1170B17PD-OTC-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  630. S-1170B17UC-OTC-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  631. S-1170B18PD-OTD-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  632. S-1170B18UC-OTD-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  633. S-1170B19PD-OTE-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  634. S-1170B19UC-OTE-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  635. S-1170B20PD-OTF-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  636. S-1170B20UC-OTF-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  637. S-1170B21PD-OTG-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  638. S-1170B21UC-OTG-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  639. S-1170B22PD-OTH-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  640. S-1170B22UC-OTH-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  641. S-1170B23PD-OTI-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  642. S-1170B23UC-OTI-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  643. S-1170B24PD-OTJ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  644. S-1170B24UC-OTJ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  645. S-1170B25PD-OTK-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  646. S-1170B25UC-OTK-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  647. S-1170B26PD-OTL-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  648. S-1170B26UC-OTL-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  649. S-1170B27PD-OTM-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  650. S-1170B27UC-OTM-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  651. S-1170B28PD-OTN-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  652. S-1170B28UC-OTN-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  653. S-1170B29PD-OTO-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  654. S-1170B29UC-OTO-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  655. S-1170B30 (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  656. S-1170B30PD-OTP-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  657. S-1170B30UC-OTP-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  658. S-1170B31PD-OTQ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  659. S-1170B31UC-OTQ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  660. S-1170B32PD-OTR-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  661. S-1170B32UC-OTR-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  662. S-1170B33PD-OTS-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  663. S-1170B33UC-OTS-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  664. S-1170B34PD-OTT-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  665. S-1170B34UC-OTT-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  666. S-1170B35PD-OTU-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  667. S-1170B35UC-OTU-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  668. S-1170B36PD-OTV-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  669. S-1170B36UC-OTV-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  670. S-1170B37PD-OTW-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  671. S-1170B37UC-OTW-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  672. S-1170B38PD-OTX-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  673. S-1170B38UC-OTX-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  674. S-1170B39PD-OTY-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  675. S-1170B39UC-OTY-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  676. S-1170B40PD-OTZ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  677. S-1170B40UC-OTZ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  678. S-1170B41PD-OUA-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  679. S-1170B41UC-OUA-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  680. S-1170B42PD-OUB-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  681. S-1170B42UC-OUB-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  682. S-1170B43PD-OUC-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  683. S-1170B43UC-OUC-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  684. S-1170B44PD-OUD-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  685. S-1170B44UC-OUD-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  686. S-1170B45PD-OUE-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  687. S-1170B45UC-OUE-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  688. S-1170B46PD-OUF-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  689. S-1170B46UC-OUF-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  690. S-1170B47PD-OUG-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  691. S-1170B47UC-OUG-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  692. S-1170B48PD-OUH-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  693. S-1170B48UC-OUH-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  694. S-1170B49PD-OUI-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  695. S-1170B49UC-OUI-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  696. S-1170B50 (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  697. S-1170B50PD-OUJ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  698. S-1170B50UC-OUJ-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  699. S-1170B51PD-OUK-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  700. S-1170B51UC-OUK-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  701. S-1170B52PD-OUL-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  702. S-1170B52UC-OUL-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  703. S-1170B53PD-OUM-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  704. S-1170B53UC-OUM-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  705. S-1170B54PD-OUN-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  706. S-1170B54UC-OUN-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  707. S-1170B55PD-OUO-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  708. S-1170B55UC-OUO-TF (Seiko) - Features = RR 70dB 800mA Output ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 800 ma ; Accuracy = ±1% ; Current Consumption Typ. = 80 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 120mV @300mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SOT-89-5 (500mW) 6-pin HSON(A) (500mW) ; Note = Ceramic 4.7 µF
  709. S11B-EH (No company) - Disconnectable Crimp style connectors
  710. S11MA01 (SHARP) - 6-pin Dip Type Ssr For Low Power Control
  711. S11MD4T (SHARP) - Phototriac Coupler With Built-in Zero-cross Circuit
  712. S11MD4V (SHARP) - Phototriac Coupler with Built-in Zero-cross Circuit
  713. S11MD4VY (SHARP) - Phototriac Coupler With Built-in Zero-cross Circuit
  714. S11MD5T (SHARP) - High Noise-resistance Type Phototriac Coupler
  715. S11MD5TS (SHARP) - High Noise-resistance Type Phototriac Coupler
  716. S11MD5V (SHARP) - Mini-flat Type Phototriac Coupler
  717. S11MD7T (SHARP) - Low Input Driving Type Phototriac Coupler
  718. S11MD7TS (SHARP) - Low Input Drive Current Phototriac Coupler
  719. S11MD8T (SHARP) - Low Input Driving Type Phototriac Coupler
  720. S11MD9T (SHARP) - Low Input Driving Type Phototriac Coupler
  721. S11ME5 (SHARP) - Phototriac Coupler Conformable To European Safety Standard
  722. S11ME6 (SHARP) - Phototriac Coupler Conformable to European Safety Standard
  723. S11MS3 (SHARP) - High Density Surface Mount Type Mini-flat Package Phototriac Coupler
  724. S11MS7 (SHARP) - High Speed/ High Noise-resistance Type Phototriac Coupler
  725. S12 (CalCrystal) - Ceramic Package Surface Mount Crystals
  726. S1200 (No company) - Position Sensitive Detector
  727. S1-200 (Sussex) -
  728. S1-200-150 (Sussex) -
  729. S1-200-50 (Sussex) -
  730. S1201 (AMCC) - STS-12c/STS-3c Pos/atm Sonet Mapper
  731. S1201156024 (Carlo Gavazzi) - Timers
  732. S1201156115 (Carlo Gavazzi) - Timers
  733. S1201156230 (Carlo Gavazzi) - Timers
  734. S1201156724 (Carlo Gavazzi) - Timers
  735. S1201166024 (Carlo Gavazzi) - Timers
  736. S1201166115 (Carlo Gavazzi) - Timers
  737. S1201166230 (Carlo Gavazzi) - Timers
  738. S1201166724 (Carlo Gavazzi) - Timers
  739. S1201CONGO (AMCC) - STS-12c/STS-3c Pos/atm Sonet Mapper
  740. S1204CBIORINOCO (AMCC) - STS-12/STM-4 DS3/E3/STS-1E Sonet/sdh Mapper
  741. S1206MH (STMicroelectronics) - The S12xxxh Series Of Scrs UsesA High Performance Mesa
  742. S1206xH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  743. S1210 (API Delevan) - Shielded Surface Mount Inductors
  744. S1210-101K (API Delevan) - Shielded Surface Mount Inductors
  745. S1210-121K (API Delevan) - Shielded Surface Mount Inductors
  746. S1210-151K (API Delevan) - Shielded Surface Mount Inductors
  747. S1210BH (No company) - Silicon Controlled Rectifiers(12a)
  748. S1210BM (No company) - Silicon Controlled Rectifiers(12a)
  749. S1210BS (No company) - Silicon Controlled Rectifiers(12a)
  750. S1210DH (No company) - Silicon controlled rectifiers(12A)
  751. S1210DM (No company) - Silicon controlled rectifiers(12A)
  752. S1210DS (No company) - Silicon controlled rectifiers(12A)
  753. S1210MH (No company) - Silicon controlled rectifiers(12A)
  754. S1210MH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  755. S1210MM (No company) - Silicon controlled rectifiers(12A)
  756. S1210MS (No company) - Silicon controlled rectifiers(12A)
  757. S1210NH (No company) - Silicon controlled rectifiers(12A)
  758. S1210xH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  759. S1215 (AMCC) - Deep channelization SONET/SDH to PDH framer and 1K Channels HDLC/ATM/GFP processor
  760. S1217MH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  761. S1217MH1AA2 (Diotec) - Surface Mount si Bridge Rectifier
  762. S1217xH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  763. S1221156024 (Carlo Gavazzi) - Timers
  764. S1221156115 (Carlo Gavazzi) - Timers
  765. S1221156230 (Carlo Gavazzi) - Timers
  766. S1221156724 (Carlo Gavazzi) - Timers
  767. S1221166024 (Carlo Gavazzi) - Timers
  768. S1221166115 (Carlo Gavazzi) - Timers
  769. S1221166230 (Carlo Gavazzi) - Timers
  770. S1221166724 (Carlo Gavazzi) - Timers
  771. S1221166812 (Carlo Gavazzi) - Multi-function (0.15 s - 220 h)
  772. S1221166850 (Carlo Gavazzi) - Multi-function (0.15 s - 220 h)
  773. S1223 (Hamamatsu) - For Visible Ir Precision Photometry
  774. S1223-01 (Hamamatsu) - For visible IR precision photometry
  775. S1226 (Hamamatsu) - Si Photo Diode
  776. S1226-18BK (Hamamatsu) - SI PHOTO DIODE
  777. S1226-18BQ (Hamamatsu) - SI PHOTO DIODE
  778. S1226-18BU (Hamamatsu) -
  779. S1226-44BK (Hamamatsu) - SI PHOTO DIODE
  780. S1226-44BQ (Hamamatsu) - SI PHOTO DIODE
  781. S1226-5BK (Hamamatsu) - SI PHOTO DIODE
  782. S1226-5BQ (Hamamatsu) - SI PHOTO DIODE
  783. S1226-8BK (Hamamatsu) - SI PHOTO DIODE
  784. S1226-8BQ (Hamamatsu) - SI PHOTO DIODE
  785. S1226 (Hamamatsu) -
  786. S1227-1010BQ (Hamamatsu) -
  787. S1227-1010BR (Hamamatsu) -
  788. S1227-16BQ (Hamamatsu) -
  789. S1227-16BR (Hamamatsu) -
  790. S1227-33BQ (Hamamatsu) -
  791. S1227-33BR (Hamamatsu) -
  792. S1227-66BQ (Hamamatsu) -
  793. S1227-66BR (Hamamatsu) -
  794. S1230AB-70 (Dallas) - 256k Nonvolatile SRAM
  795. S1230ABP-70-IND (Dallas) - 256k Nonvolatile SRAM
  796. S1231156024 (Carlo Gavazzi) - Timers
  797. S1231156115 (Carlo Gavazzi) - Timers
  798. S1231156230 (Carlo Gavazzi) - Timers
  799. S1231156724 (Carlo Gavazzi) - Timers
  800. S1231166024 (Carlo Gavazzi) - Timers
  801. S1231166115 (Carlo Gavazzi) - Timers
  802. S1231166230 (Carlo Gavazzi) - Timers
  803. S1231166724 (Carlo Gavazzi) - Timers
  804. S1236 (No company) - TRIANGULAR TYPE
  805. S1237 (No company) - TRIANGULAR TYPE
  806. S125 (Diotec) - Surface Mount Si-bridge Rectifiers
  807. S125 (Semikron) - Surface Mount Si-bridge Rectifiers
  808. S125 (RFE) -
  809. S125S (Daesan) - Current 0.8 Amperes Voltage 100 To 1000 Volts
  810. S12ATD10B8CV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  811. S12ATD10B8CV2 (Motorola) - Mc9s12dt128b
  812. S12ATD10B8CV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  813. S12ATD10B8CV2D (Motorola) - MC9S12DT128B
  814. S12BDLCV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  815. S12BDLCV1 (Motorola) - MC9S12DT128B
  816. S12BDLCV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  817. S12BDLCV1D (Motorola) - MC9S12DT128B
  818. S12BDMV4 (Motorola) - MC9S12DT128 Device User Guide V02.09
  819. S12BDMV4D (Motorola) - MC9S12DT128 Device User Guide V02.09
  820. S12B-EH (No company) - Disconnectable Crimp style connectors
  821. S12BFV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  822. S12BFV1 (Motorola) - MC9S12DT128B
  823. S12BFV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  824. S12BFV1D (Motorola) - MC9S12DT128B
  825. S12BKPV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  826. S12BKPV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  827. S12CPUV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  828. S12CPUV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  829. S12CRGV3 (Motorola) - MC9S12DT128B
  830. S12CRGV3D (Motorola) - MC9S12DT128B
  831. S12CRGV4 (Motorola) - MC9S12DT128 Device User Guide V02.09
  832. S12CRGV4D (Motorola) - MC9S12DT128 Device User Guide V02.09
  833. S12DTB128PIMV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  834. S12DTB128PIMV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  835. S12ECT16B8CV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  836. S12ECT16B8CV1 (Motorola) - MC9S12DT128B
  837. S12ECT16B8CV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  838. S12ECT16B8CV1D (Motorola) - MC9S12DT128B
  839. S12EETS2KV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  840. S12EETS2KV1 (Motorola) - MC9S12DT128B
  841. S12EETS2KV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  842. S12EETS2KV1D (Motorola) - MC9S12DT128B
  843. S12FTS128KV1 (Freescale) - 128k Byte Flash (non-volatile) Memory
  844. S12FTS128KV1 (Motorola) - MC9S12DT128B
  845. S12FTS128KV1D (Motorola) - MC9S12DT128B
  846. S12FTS128KV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  847. S12FTS128KV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  848. S12FTS128KVD (Freescale) - 128k byte Flash (Non-Volatile) Memory
  849. S12IICV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  850. S12IICV2 (Motorola) - MC9S12DT128B
  851. S12IICV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  852. S12IICV2D (Motorola) - MC9S12DT128B
  853. S12INTV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  854. S12INTV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  855. S12MD1 (SHARP) - Photothyristor Coupler
  856. S12MD1V (SHARP) - Photothyristor Coupler
  857. S12MD2 (SHARP) - High Noise-reductlon,high Denslty Mounting Type Photothyrister Coupler
  858. S12MD22 (SHARP) - HIGH NOISE-REDUCTLON,HIGH DENSLTY MOUNTING TYPE PHOTOTHYRISTER COUPLER
  859. S12MD3 (SHARP) - Photothyristor Coupler
  860. S12ME1 (SHARP) - European Safety Standard Approved, Long Creepage Distance Type Photothyristor Coupler
  861. S12ME1F (SHARP) - European Safety Standard Approved, Long Creepage Distance Type Photothyristor Coupler
  862. S12MEBIV3 (Motorola) - MC9S12DT128 Device User Guide V02.09
  863. S12MEBIV3D (Motorola) - MC9S12DT128 Device User Guide V02.09
  864. S12MMCV4 (Motorola) - MC9S12DT128 Device User Guide V02.09
  865. S12MMCV4D (Motorola) - MC9S12DT128 Device User Guide V02.09
  866. S12MSCANV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  867. S12MSCANV2 (Motorola) - MC9S12DT128B
  868. S12MSCANV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  869. S12MSCANV2D (Motorola) - MC9S12DT128B
  870. S12OSCV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  871. S12OSCV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  872. S12PIMDT128V1 (Motorola) - MC9S12DT128B
  873. S12PIMDT128V1D (Motorola) - MC9S12DT128B
  874. S12PWM8B8CV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  875. S12PWM8B8CV1 (Motorola) - MC9S12DT128B
  876. S12PWM8B8CV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  877. S12PWM8B8CV1D (Motorola) - MC9S12DT128B
  878. S12R15 (No company) - 1 and 2 WATT DC/DC CONVERTERS
  879. S12SCIV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  880. S12SCIV2 (Motorola) - MC9S12DT128B
  881. S12SCIV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  882. S12SCIV2D (Motorola) - MC9S12DT128B
  883. S12SPIV2 (Motorola) - MC9S12DT128 Device User Guide V02.09
  884. S12SPIV2 (Motorola) - MC9S12DT128B
  885. S12SPIV2D (Motorola) - MC9S12DT128 Device User Guide V02.09
  886. S12SPIV2D (Motorola) - MC9S12DT128B
  887. S12TIM16B4CV1 (Freescale) - Four Input Capture/output Compare Channels
  888. S12TIM16B4CVD (Freescale) - Four input capture/output compare channels
  889. S12VREGV1 (Motorola) - MC9S12DT128 Device User Guide V02.09
  890. S12VREGV1 (Motorola) - MC9S12DT128B
  891. S12VREGV1D (Motorola) - MC9S12DT128 Device User Guide V02.09
  892. S12VREGV1D (Motorola) - MC9S12DT128B
  893. S12XXXH (STMicroelectronics) - The S12xxxH Series of SCRs usesA high performance MESA
  894. S13 (CalCrystal) - Metal Package Surface Mount Crystals
  895. S1300 (No company) - POSITION SENSITIVE DETECTOR
  896. S-1312-CE (Hirose) - 1300 Series Rectangular Connectors
  897. S-1312-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  898. S-1312-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  899. S-1312-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  900. S-1312W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  901. S-1312W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  902. S-1312W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  903. S-1312W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  904. S-1316-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  905. S-1316-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  906. S-1316-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  907. S-1316-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  908. S-1316W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  909. S-1316W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  910. S-1316W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  911. S-1316W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  912. S-1320-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  913. S-1320-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  914. S-1320-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  915. S-1320-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  916. S-1320W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  917. S-1320W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  918. S-1320W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  919. S-1320W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  920. S1321166024 (Carlo Gavazzi) - Multi-function (0.01 s - 999 h)
  921. S1321166115 (Carlo Gavazzi) - Multi-function (0.01 s - 999 h)
  922. S1321166230 (Carlo Gavazzi) - Multi-function (0.01 s - 999 h)
  923. S1321166724 (Carlo Gavazzi) - Multi-function (0.01 s - 999 h)
  924. S-1323 (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  925. S-1323B15 (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  926. S-1323B15NB-N8A-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  927. S-1323B18NB-N8D-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  928. S-1323B25NB-N8K-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  929. S-1323B26NB-N8L-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  930. S-1323B27NB-N8M-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  931. S-1323B28NB-N8N-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  932. S-1323B29NB-N8O-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  933. S-1323B30 (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  934. S-1323B30NB-N8P-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  935. S-1323B31NB-N8Q-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  936. S-1323B33NB-N8S-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  937. S-1323B50 (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  938. S-1323B50NB-N9J-TF (Seiko) - Features = RR 70dB SC-82AB ; Input Voltage = 2.0-6.5V ; Output Voltage = 1.5-5.5V ; Output Current = 150 ma ; Accuracy = ±1% ; Current Consumption Typ. = 70 µA ; Current Consumption Standby = 0.1 µA ; Dropout Voltage = 500mV @150mA ; Condition = Vout=3.0V, Vin=4V ; Package (Power Dissipation) = SC-82AB (200mW) ; Note = Ceramic 1.0 µF
  939. S-1324-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  940. S-1324-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  941. S-1324-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  942. S-1324-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  943. S-1324W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  944. S-1324W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  945. S-1324W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  946. S-1324W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  947. S-1328-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  948. S-1328-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  949. S-1328-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  950. S-1328-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  951. S-1328W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  952. S-1328W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  953. S-1328W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  954. S-1328W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  955. S1331156024 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  956. S1331156115 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  957. S1331156230 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  958. S1331156724 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  959. S1331156812 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  960. S1331156850 (Carlo Gavazzi) - Multi-function (0.01 s - 99 h)
  961. S-1334-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  962. S-1334-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  963. S-1334-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  964. S-1334-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  965. S-1334W-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  966. S-1334W-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  967. S-1334W-H (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  968. S-1334W-SB (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  969. S1336-18BK (Hamamatsu) -
  970. S1336-18BQ (Hamamatsu) -
  971. S1336-18BU (Hamamatsu) -
  972. S1336-44BK (Hamamatsu) -
  973. S1336-44BQ (Hamamatsu) -
  974. S1336-5BK (Hamamatsu) -
  975. S1336-5BQ (Hamamatsu) -
  976. S1336-8BK (Hamamatsu) -
  977. S1336-8BQ (Hamamatsu) -
  978. S1337-1010BQ (Hamamatsu) -
  979. S1337-1010BR (Hamamatsu) -
  980. S1337-16BQ (Hamamatsu) -
  981. S1337-16BR (Hamamatsu) -
  982. S1337-33BQ (Hamamatsu) -
  983. S1337-33BR (Hamamatsu) -
  984. S1337-66BQ (Hamamatsu) -
  985. S1337-66BR (Hamamatsu) -
  986. S1337 (Hamamatsu) -
  987. S-1340AF (Seiko) - Cmos 4-bit 1-chip Microcomputer
  988. S1341156024 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  989. S1341156115 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  990. S1341156230 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  991. S1341156724 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  992. S-1341AF (Seiko) - Cmos 4-bit 1-chip Microcomputer
  993. S1342156024 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  994. S1342156115 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  995. S1342156230 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  996. S1342156724 (Carlo Gavazzi) - Multi-function (0.1 s - 100 h)
  997. S-1342AF (Seiko) - Cmos 4-bit 1-chip Microcomputer
  998. S-1343AF (Seiko) - Cmos 4-bit 1-chip Microcomputer
  999. S-1345-CE (Hirose) - 1300 Series RECTANGULAR CONNECTORS
  1000. S-1345-CT (Hirose) - 1300 Series RECTANGULAR CONNECTORS
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