| PART |
Description |
Maker |
| AAT3111 AAT3111-33 AAT3111IGU-33-T1 AAT3111IJS-33- |
MicroPowerRegulated Charge Pump 微功耗稳压电荷泵
MicroPower⑩ Regulated Charge Pump
MICROPOWER⒙ REGULATED CHARGE PUMP
MicroPower Regulated Charge Pump
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Advanced Analogic Technologies, Inc.
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| ADM1085NBSP ADM1088 ADM1086 ADM1085 ADM1088AKS-REE |
Simple Sequencers in 6-Lead SC70 简单排引脚SC70
Power Supply Sequencing Solution: ADM1085 Simple Sequencer™
Power Supply Sequencing Solution: ADM1086 Simple Sequencer™
Power Supply Sequencing Solution: ADM1087 Simple Sequencer™
Power Supply Sequencing Solution: ADM1088 Simple Sequencer™
|
Analog Devices, Inc.
AD[Analog Devices]
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| TC1121EOA TC1121EPA TC1121EUA TC1121COA TC1121 TC1 |
The TC1121 is a charge pump converter with 100mA output current capability. It converts a 2.4V to 5.5V input to a corresponding negative ...
The TC1121 is a charge pump converter with 100mA output current capability. It converts a 2.4V to 5.5V input to a corresponding negative output voltage. As with all charge pump converters, the TC1121 uses no inductors saving cost, size, an
100mA Charge Pump Voltage Converter with Shutdown
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MICROCHIP[Microchip Technology]
|
| TC7660 TC7660MOA TC7660MOA713 |
Charge Pump DC-to-DC Voltage Converter
The TC7660 is a pin-compatible replacement for the Industry standard TC7660 charge pump voltage converter. It converts a 1.5V to 10V input to a corresponding – 1.5V to -10V output using only two low-cost capacitors,eliminating indu
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Microchip
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| TC7662BEOA TC7662BCOA TC7662B TC7662BCPA TC7662BEP |
The TC7662B is a pin-compatible upgrade to the Industry standard TC7660 charge pump voltage converter. It converts a 1.5V to 15V input to a corresponding – 1.5 to – 15V output using only two low-cost capacitors, eliminating i
Analog IC - Datasheet Reference
CHARGE PUMP DC-TO-DC VOLTAGE CONVERTER
|
Microchip Technology Inc
MICROCHIP[Microchip Technology]
|
| TC1226 TC1227 TC1225 |
TheTC1225/1226/1227 are CMOS dual inverting charge pump voltage converters in 8-Pin MSOP packages. An on-board oscillator provides the clock, and only four external capacitors are required for full circuit implementation. Switching frequen
(TC1225 / TC1226 / TC1227) Inverting Dual Charge Pump Voltage Converters
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Microchip Technology
|
| TC7662A02 TC7662AMJA TC7662ACPA TC7662AEPA TC7662A |
Charge Pump DC-to-DC Converter
The TC7662A is a pin-compatible upgrade to the Industry standard TC7660 charge pump voltage converter. It converts a 3V to 18V input to a corresponding –3V to –18V output using only two low-cost capacitors, eliminating induct
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MICROCHIP[Microchip Technology]
|
| TC1237 TC1237EUN TC1236 TC1236EUN TC1235 TC1235EUN |
The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. ...
The TC1235/1236/1237 are CMOS dual inverting charge pump voltage converters with a low power shutdown mode in MSOP 10-Pin packages. Only four external capaci-tors are required for full circuit implementation. Switching frequencies are 12kH
(TC1235 / TC1236 / TC1237) Inverting Dual Charge Pump Voltage Converters with Shutdown
Inverting Dual (-VIN, -2VIN) Charge Pump Voltage Converters with Shutdown 反相双（- VIN，这- 2VIN）电荷泵电压转换器，带有关断
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MICROCHIP[Microchip Technology]
Microchip Technology, Inc.
|
| ARK-1360 ARK-1360F-S1A1E ARK-1360F-S6A1E |
Cost Effective Intel垄莽 Atom垄芒 Solution with miniPCIe Expansion Slot
Cost Effective Intel? Atom Solution with miniPCIe Expansion Slot
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Advantech Co., Ltd.
|
| TC1235EUNTR TC1236EUNTR TC1237EUNTR |
Inverting dual (Vin, Vin) charge pump voltage converters with shutdown, 12KHz
Inverting dual (Vin, Vin) charge pump voltage converters with shutdown, 35KHz
Inverting dual (Vin, Vin) charge pump voltage converters with shutdown, 125KHz
Inverting Dual (-VIN, -2VIN) Charge Pump Voltage Converters with Shutdown
|
Microchip
|
| AAT3141 AAT3141ITP-T1 |
High Efficiency 1X/1.5X/2X Charge Pump for White LED Applications 高效1x/1.5x/2x电荷泵白光LED应用
High Efficiency 1x/1.5x/2x Mode Charge Pump for White LED Applications
From old datasheet system
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Advanced Analogic Technologies, Inc.
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