LTC3522
Abstract: SYNCHRONOUS BUCK REGULATOR 24V
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1177 DUAL BUCK-BOOST/ BUCK SYNCHRONOUS CONVERTERS LTC3522 DESCRIPTION Demonstration circuit DC1177 is a micropower dual Buck-Boost/Buck synchronous converter based on the LTC3522 monolithic regulator. The DC1177 has an input
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LTC3522
DC1177
LTC3522
300mA
200mA.
400mA
SYNCHRONOUS BUCK REGULATOR 24V
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500mAON
Abstract: PS12A LTC3558
Text: DEMO CIRCUIT 1276B QUICK START GUIDE LTC3558EUD: Linear USB Battery Charger with Buck and Buck-Boost Regulators DESCRIPTION Demonstration Circuit DC1276B is a Linear USB Battery Charger with Buck and Buck-Boost Converters featuring the LTC 3558EUD. The LTC3558EUD is a
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1276B
LTC3558EUD:
DC1276B
3558EUD.
LTC3558EUD
500mA,
950mA,
400mA
400mA
1/16W
500mAON
PS12A
LTC3558
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buckboost
Abstract: No abstract text available
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1062 DUAL BUCK-BOOST + BUCK SYNCHRONOUS CONVERTERS LTC3520 DESCRIPTION Demonstration circuit 1062 is a micropower synchronous buck-boost + buck converter based on the LTC3520. The DC1062 has an input voltage range of
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LTC3520
LTC3520.
DC1062
600mA
200mA.
LTC3520
500mA,
200mA
buckboost
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LTC3556
Abstract: 1098AS-4R7M DC590B LPS4018-222MLC PS2 to USB converter Bat of Li-ion polymer ntc usb ld50v
Text: DEMO CIRCUIT DC1296A QUICK START GUIDE LTC3556EUFD: High Efficiency USB Power Manager with Dual Buck and Buck-Boost DC/DCs DESCRIPTION Demonstration Circuit DC1296A is a High Efficiency USB Power Manager + Dual Buck + Buck-Boost Converters featuring the LTC 3556. The LTC3556 is a
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DC1296A
LTC3556EUFD:
DC1296A
LTC3556
400mA
LTC3556EUFD
1098AS-4R7M
DC590B
LPS4018-222MLC
PS2 to USB converter
Bat of Li-ion polymer ntc usb
ld50v
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Transformer sepic
Abstract: AN438 APP438 MAX1701 one cell boost converter BUCK BOOST CONVERTER Inductance converter
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: lithium-ion, buck boost, lithium, lithium ion cell, li-ion, buck/boost converter, lithium ion batteries, li Nov 01, 2000 + cell, li+ battery, buck-boost APPLICATION NOTE 438 3.3V Lithium-Ion-Cell Buck/Boost Supply Requires One Inductor
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MAX1701)
com/an438
MAX1701:
AN438,
APP438,
Appnote438,
Transformer sepic
AN438
APP438
MAX1701
one cell boost converter
BUCK BOOST CONVERTER
Inductance converter
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T-2-53515-3S
Abstract: 230v to 12v step down transformer autotransformer
Text: Questions and Answers about Buck-Boost Transformers 5. What are the most common applications for buck-boost transformers? 1. What is a buck-boost transformer? Buck-boost transformers are small single phase transformers designed to reduce buck or raise (boost) line volt
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Buck-Boost Converter
Abstract: LTC3538 buck-boost DC-109 buckboost
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1095 MICROPOWER SYNCHRONOUS BUCK-BOOST CONVERTER LTC3538 DESCRIPTION Demonstration circuit DC1095 is a micropower synchronous buck-boost converter based on the LTC3538 monolithic buck-boost regulator. The DC1095 has an
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LTC3538
DC1095
800mA.
LTC3538
800mA
Buck-Boost Converter
buck-boost
DC-109
buckboost
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6065C
Abstract: No abstract text available
Text: CS5212 Advance Information Low Voltage Synchronous Buck Controller The CS5212 is a low voltage synchronous buck controller. It contains all required circuitry for a synchronous buck converter using external N–Channel MOSFETs. High current internal gate drivers are
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CS5212
r14525
CS5212/D
6065C
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LTC3530
Abstract: No abstract text available
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 938 MICROPOWER SYNCHRONOUS BUCK-BOOST DC/DC CONVERTER LTC3530 DESCRIPTION Demonstration circuit 938 is a micropower synchronous buck-boost converter based on the LTC3530 monolithic buck-boost regulator. The DC938 has an
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LTC3530
DC938
500mA.
LTC3530
500mA
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buck-boost converter
Abstract: DC921 LTC3532 buck-boost
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 921 MICROPOWER SYNCHRONOUS BUCK-BOOST CONVERTER LTC3532 DESCRIPTION Demonstration circuit 921 is a micropower synchronous buck-boost converter based on the LTC3532 monolithic buck-boost regulator. The DC921 has an
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LTC3532
DC921
300mA.
LTC3532
buck-boost converter
buck-boost
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BD9329
Abstract: BD93291
Text: Datasheet Dual Synchronous Buck Converter BD93291EFJ ●Description The BD93291EFJ is a dual synchronous buck converter. It integrates wide input voltage range 8.0V to 26V synchronous buck converter and low input voltage (Vout1 : 5.0V) synchronous buck converter.
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BD93291EFJ
BD93291EFJ
BD9329
BD93291
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Untitled
Abstract: No abstract text available
Text: 40V 2.5A Regulator with Integrated High-Side MOSFET for Synchronous Buck or Boost Buck Converter ISL78201 Features The ISL78201 is an AEC Q100 qualified 40V, 2.5A synchronous buck or boost buck controller with a high-side MOSFET and low-side driver integrated. In buck mode, the ISL78201 supports
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ISL78201
ISL78201
5M-1994.
MO-153.
FN8615
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Synchro
Abstract: LTC3530
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 938 MICROPOWER SYNCHRONOUS BUCK-BOOST DC/DC CONVERTER LTC3530 DESCRIPTION Demonstration circuit 938 is a micropower synchronous buck-boost converter based on the LTC3530 monolithic buck-boost regulator. The DC938 has an
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LTC3530
DC938
500mA.
LTC3530
500mA
Synchro
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Untitled
Abstract: No abstract text available
Text: Datasheet Dual Synchronous Buck Converter BD93291EFJ ●Description The BD93291EFJ is a dual synchronous buck converter. It integrates wide input voltage range 8.0V to 26V synchronous buck converter and low input voltage (Vout1 : 5.0V) synchronous buck converter.
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BD93291EFJ
BD93291EFJ
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1000 watt buck converter scheme
Abstract: CS5421 CS5421GD16 CS5421GDR16
Text: CS5421 Dual Out−of−Phase Synchronous Buck Controller with Remote Sense The CS5421 is a dual N−channel synchronous buck regulator controller. It contains all the circuitry required for two independent buck regulators and utilizes the V2 control method to achieve the
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CS5421
CS5421
SO-16
CS5421/D
1000 watt buck converter scheme
CS5421GD16
CS5421GDR16
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Untitled
Abstract: No abstract text available
Text: NCP5422A Dual Out−of−Phase Synchronous Buck Controller with Current Limit The NCP5422A is a dual N−channel synchronous buck regulator controller. It contains all the circuitry required for two independent buck regulators and utilizes the V2 control method to achieve the
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NCP5422A
SO-16
NCP5422A/D
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LINEAR MARKING
Abstract: 593D CDRH3D23 CMD4D06 LTC3541EDD T510 LTC3541 LTC3445
Text: LTC3541 High Efficiency Buck + VLDO Regulator FEATURES DESCRIPTIO High Efficiency, 500mA Buck Plus 300mA VLDOTM Regulator Auto Start-Up Powers Buck Output Prior to VLDO/Linear Regulator Output • Independent High Efficiency, 500mA Buck VIN: 2.7V to 5.5V
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LTC3541
500mA
300mA
25MHz
LTC3548/LTC3548-1
800mA/400mA
25MHz,
LTC3548-2
LINEAR MARKING
593D
CDRH3D23
CMD4D06
LTC3541EDD
T510
LTC3541
LTC3445
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Untitled
Abstract: No abstract text available
Text: 2.5A Regulator with Integrated High-Side MOSFET for Synchronous Buck or Boost Buck Converter ISL85403 Features The ISL85403 is an 36V, 2.5A synchronous buck or boost buck controller with a high-side MOSFET and low-side driver integrated. In buck mode, the ISL85403 supports a wide input range of 3V to 36V.
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ISL85403
ISL85403
5m-1994.
FN8631
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LTC3541
Abstract: LTC3541-2 LTC3445
Text: LTC3541-2 High Efficiency Buck + VLDO Regulator U FEATURES DESCRIPTIO High Efficiency, 500mA Buck Plus 300mA VLDO Regulator Auto Start-Up Powers Buck Output Prior to VLDO/ Linear Regulator Output • Independent 500mA High Efficiency Buck VIN: 2.7V to 5.5V
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LTC3541-2
500mA
300mA
10-Pin
LTC3548/LTC3548-1
800mA/400mA
25MHz,
LTC3548-2
LTC3541
LTC3541-2
LTC3445
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TEA1721
Abstract: schematic diagram AC electric drill TEA1721XT
Text: UM10522 TEA1721 non-isolated universal mains buck and buck/boost converter demo board Rev. 1.1 — 19 December 2012 User manual Document information Info Content Keywords TEA1721XT, non-isolated, universal mains, buck, buck/boost, AC/DC conversion, Switched Mode Power Supply SMPS
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UM10522
TEA1721
TEA1721XT,
schematic diagram AC electric drill
TEA1721XT
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LTC3541-2
Abstract: LINEAR MARKING 593D CDRH3D23 CMD4D06 T510 LTC3541
Text: LTC3541-2 High Efficiency Buck + VLDO Regulator FEATURES DESCRIPTIO High Efficiency, 500mA Buck Plus 300mA VLDO Regulator Auto Start-Up Powers Buck Output Prior to VLDO/ Linear Regulator Output • Independent 500mA High Efficiency Buck VIN: 2.7V to 5.5V
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LTC3541-2
500mA
300mA
25MHz
10-Pin
LTC3548/LTC3548-1
800mA/400mA
25MHz,
LTC3541-2
LINEAR MARKING
593D
CDRH3D23
CMD4D06
T510
LTC3541
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LTC3541
Abstract: LTC3541-1
Text: LTC3541-1 High Efficiency Buck + VLDO Regulator FEATURES DESCRIPTIO High Efficiency, 500mA Buck Plus 300mA VLDOTM Regulator Auto Start-Up Powers VLDO/Linear Regulator Output Prior to Buck Regulator Output • Independent High Efficiency, 500mA Buck VIN: 2.7V to 5.5V
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LTC3541-1
500mA
300mA
LTC3548/LTC3548-1
800mA/400mA
25MHz,
LTC3548-2
10-Pin
LTC3541
LTC3541-1
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DFLS140
Abstract: CDRH6D28NP-100 ldo 1106 12V convert to 3.3V 3.3v dc dc converter 1.5A LT3570
Text: DEMO CIRCUIT 1106 QUICK STARTLT3570 GUIDE LT3570 1.5A Buck Converter, 1.5A Boost Converter, and LDO Controller DESCRIPTION Demonstration circuit 1106 is a 1.5A Buck Converter, 1.5A Boost Converter, and LDO Controller featuring the LT3570. The Buck is designed to convert a 4V to 36V
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STARTLT3570
LT3570
LT3570.
100mA.
V-10V
275mA.
DC1106
500KHz.
DFLS140
CDRH6D28NP-100
ldo 1106
12V convert to 3.3V
3.3v dc dc converter 1.5A
LT3570
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NCP5422AG
Abstract: No abstract text available
Text: NCP5422A Dual Out-of-Phase Synchronous Buck Controller with Current Limit http://onsemi.com The NCP5422A is a dual N-channel synchronous buck regulator controller. It contains all the circuitry required for two independent buck regulators and utilizes the V2t control method to achieve the
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NCP5422A
NCP5422A
SO-16
NCP5422A/D
NCP5422AG
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