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  general pump Datasheet PDF File

For general pump Found Datasheets File :: 150+       Page :: | 1 | 2 | <3> | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |   

    ITT Interconnect Solutions
Part No. P82-D-18C P82-D-8C P03-26 P03-20 P03-37 P03-23 P03-34 P03-10 P03-31 P03-D-34C P03-35 M03-26 M03-19 M03-31 P72-M-12C P82-29 P82-11 M52-11 P13-24 P13-22 P13-10 M13-21 PF29-11 PF29-14 PF29-30 PF29-39 M72-14 M72-6 M29-38 M29-9 PA03-M-1C PA72-M-1C P03-M-2C P03-W-4C P52-11 P52-19 P03-13 P03-17 P03-27 P03-32 P03-5 PA13-M-2C P03-W-33C P03-W-37C M13-10 M13-12 M13-16 M13-28 M13-34 M13-24 M29-39 M29-2 M29-33 PA82-11 PA82-7 PA82-D-20C PA82-D-1C P52-16 P52-13 P82-15 M82-18 M82-10
Description 1 ELEMENT, 43000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 15000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 200000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 24000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 150000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 4300 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 86000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 175000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 12500 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 5000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 8000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 17500 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 2400 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 200 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 300 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 2500 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 8600 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 7500 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 150 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 30000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 7200 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 10000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 50000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 100000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 2000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 3000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 6000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 40000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 600 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 60 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 4000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
1 ELEMENT, 12000 uH, POWDERED IRON-CORE, general PURPOSE INDUCTOR
File Size 248.34K  /  2 Page

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    AGERE[Agere Systems]
Part No. 269 269-D 269-A 269-B 269-C 269-TYPE 269-A-140-F1480-C 269-A-150-F1480-B 269-A-160-F1480-A 269-A-160-F1480-C 269-A-170-F1480-A 269-A-170-F1480-B 269-A-190-F1480-A 269-A-190-F1480-B 269-A-190-F1480-C 269-A-200-F1480-A 269-A-120-F1480-A 269-A-120-F1480-B 269-A-120-F1480-C 269-A-130-F1480-A 269-A-130-F1480-B 269-A-140-F1480-A 269-A-130-F1480-C 269-A-140-F1480-B 269-A-150-F1480-A 269-A-150-F1480-C 269-A-160-F1480-B 269-A-170-F1480-C 269-A-180-F1480-A 269-A-180-F1480-B 269-A-180-F1480-C 269-A-200-F1480-B 269-A-200-F1480-C 269-A-210-F1480-A 269-A-210-F1480-B 269-A-230-F1480-B 269-A-230-F1480-C 269-B-230-F1480-A 269-B-230-F1480-B 269-A-230-F1480-A 269-B-230-F1480-C 269-B-120-F1480-B 269-B-120-F1480-C 269-B-120-F1480-A 269-B-130-F1480-A 269-B-130-F1480-C 269-B-140-F1480-C 269-B-140-F1480-B 269-B-210-F1480-C 269-B-190-F1480-C 269-A-260-F1480-C 269-A-240-F1480-C 269-A-220-F1480-C 269-B-180-F1480-C 269-A-280-F1480-C 269-B-150-F1480-C 269-A-260-F1480-B 269-A-240-F1480-B 269-B-210-F1480-B 269-A-280-F1480-B 269-A-270-F1480-B 269-B-220-F1480-B 269-A-220-F1480-B 269-B-170-F1480-B 269-B-190-F1480-B 269-A-250-F1480-B 269-B-180-F1480-B 269-C-220-F1480-A 269-C-220-F1480-C 269-C-210-F1480-A 269-C-200-F
Description    269-Type 1480 nm pump Laser Module
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 260 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 250 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 270 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 260 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 280 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 220 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 230 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 210 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 210 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 200 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 200 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 180 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 180 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 170 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 160 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 150 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 120 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 190 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 190 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 190 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 170 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 160 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 160 mW. A = no connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 150 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 140 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 230 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 230 mW. A = no connector.
1480 nm pump laser module. A - nonisolated,SMF. Operating power 230 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 120 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 130 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 260 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 240 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 180 mW. C = FC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 150 mW. C = FC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 240 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 220 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 170 mW. B = SC/APC connector.
1480 nm pump laser module. A - nonisolated, SMF. Operating power 250 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 210 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 270 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 280 mW. B = SC/APC connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 190 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 150 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. B - nonisolated, PMF. Operating power 160 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. B = SC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 140 mW. A = no connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 130 mW. B = SC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 120 mW. C = FC/APC connector.
1480 nm pump laser module. C - isolated, SMF. Operating power 130 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 210 mW. C = FC/APC connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 220 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 200 mW. A = no connector.
1480 nm pump laser module. D - isolated, PMF. Operating power 210 mW. B = SC/APC connector.
File Size 85.15K  /  8 Page

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    http://
Microchip
Part No. TC7660 TC7660MOA TC7660MOA713
Description 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
File Size 324.72K  /  18 Page

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    MAX1759 MAX1759EUB

MAXIM[Maxim Integrated Products]
Part No. MAX1759 MAX1759EUB
Description Buck/Boost Regulating Charge pump in uMAX
Buck/Boost Regulating Charge pump in MAX
Buck/Boost Regulating Charge pump in レMAX
File Size 188.17K  /  12 Page

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    TC7662BEOA TC7662BCOA TC7662B TC7662BCPA TC7662BEPA

Microchip Technology Inc
MICROCHIP[Microchip Technology]
Part No. TC7662BEOA TC7662BCOA TC7662B TC7662BCPA TC7662BEPA
Description 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
File Size 90.69K  /  11 Page

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    AAT3111IJS-3.3-T1 AAT3111IJS-3.6-T1 AAT3111IGU-3.3-T1 AAT3111IGU-3.6-T1 AAT3111

Advanced Analog Technology, Inc.
Part No. AAT3111IJS-3.3-T1 AAT3111IJS-3.6-T1 AAT3111IGU-3.3-T1 AAT3111IGU-3.6-T1 AAT3111
Description MicroPower Regulated Charge pump
MicroPower⑩ Regulated Charge pump
File Size 326.24K  /  16 Page

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    TC1226 TC1227 TC1225

Microchip Technology
Part No. TC1226 TC1227 TC1225
Description 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
File Size 1,189.28K  /  9 Page

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    TC7662A02 TC7662AMJA TC7662ACPA TC7662AEPA TC7662AIJA TC7662A

MICROCHIP[Microchip Technology]
Part No. TC7662A02 TC7662AMJA TC7662ACPA TC7662AEPA TC7662AIJA TC7662A
Description    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
File Size 453.86K  /  14 Page

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    TC1237 TC1237EUN TC1236 TC1236EUN TC1235 TC1235EUN PIC16C556A-04/P

MICROCHIP[Microchip Technology]
Microchip Technology, Inc.
Part No. TC1237 TC1237EUN TC1236 TC1236EUN TC1235 TC1235EUN PIC16C556A-04/P
Description 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
File Size 1,045.10K  /  10 Page

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    LTC3240 LTC3240EDC-2.5 LTC3240EDC-3.3 LTC3240EDC-2.5TRM

Linear Technology, Corp.
Part No. LTC3240 LTC3240EDC-2.5 LTC3240EDC-3.3 LTC3240EDC-2.5TRM
Description 3.3V/2.5V Step-Up/Step-Down Charge pump DC/DC Converter; Package: DFN; No of Pins: 6; Temperature Range: -40&deg;C to 125&deg;C 0.45 A SWITCHED CAPACITOR REGULATOR, 1800 kHz SWITCHING FREQ-MAX, PDSO6
3.3V/2.5V Step-Up/ Step-Down Charge pump DC/DC Converter
File Size 195.51K  /  12 Page

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