Pixel Circuit for AMOLED Displays
Abstract: CDRH4D28C-100NC amoled display ISL97702 mo-229 pad layout ISL97702IRZ ISL97702IRZ-T13 ISL97702IRZ-T7 amoled
Text: ISL97702 Data Sheet October 13, 2005 FN7462.0 Boost with Dual Reference Outputs Features The ISL97702 represents a high efficiency, boost converter with integrated boost FET, boost diode and input disconnect FET. A dual feedback circuit allows simple switching
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ISL97702
FN7462
ISL97702
500mA
Pixel Circuit for AMOLED Displays
CDRH4D28C-100NC
amoled display
mo-229 pad layout
ISL97702IRZ
ISL97702IRZ-T13
ISL97702IRZ-T7
amoled
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Untitled
Abstract: No abstract text available
Text: ISL97702 Data Sheet October 13, 2005 FN7462.0 Boost with Dual Reference Outputs Features The ISL97702 represents a high efficiency, boost converter with integrated boost FET, boost diode and input disconnect FET. A dual feedback circuit allows simple switching
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ISL97702
FN7462
ISL97702
500mA
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ISL97702
Abstract: ISL97702IRZ ISL97702IRZ-T13 ISL97702IRZ-T7 ld 33v 1/Detector/"Detector IC"/"CD"/OLED display circuit
Text: ISL97702 Data Sheet October 13, 2005 FN7462.0 Boost with Dual Reference Outputs Features The ISL97702 represents a high efficiency, boost converter with integrated boost FET, boost diode and input disconnect FET. A dual feedback circuit allows simple switching
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ISL97702
FN7462
ISL97702
500mA
ISL97702IRZ
ISL97702IRZ-T13
ISL97702IRZ-T7
ld 33v
1/Detector/"Detector IC"/"CD"/OLED display circuit
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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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48V to 12V buck boost converter
Abstract: No abstract text available
Text: DEMO CIRCUIT 1405 LT3492 QUICK START GUIDE LT3492 Triple Boost or Buck/Boost LED Driver DESCRIPTION WARNING! Do not look directly at operating LED. This circuit produces light that can damage eyes. Demonstration circuit 1405 is a Triple Boost or Buck/Boost LED Driver featuring the LT3492. The
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LT3492
LT3492.
LT3492
48V to 12V buck boost converter
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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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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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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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2N3904 APP
Abstract: AN-940 2N3904 AN940 APP940 MAX1698 MAX1848
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: current source, boost converter, DC-DC current source, boost current source, step-up converter, dc dc converters Jan 18, 2002 APPLICATION NOTE 940 Feedback Circuit Enhances Efficiency of Boost-Converter Current
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com/an940
MAX1698:
MAX1848:
AN940,
APP940,
Appnote940,
2N3904 APP
AN-940
2N3904
AN940
APP940
MAX1698
MAX1848
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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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boost 5v to 48v
Abstract: 12V to 24V 5A step up converter converter 5v to 48v LTC3862 DC1286A-A linear regulator 48V 12v dc step up to 48v dc converter 36V dc to 12V dc converter circuit LTC3862EGN-1 voltage regulator 48V
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 1286 48V OUTPUT BOOST CONVERTER LTC3862EGN, LTC3862EGN-1 DESCRIPTION Demonstration circuit 1286A is DC/DC boost converter featuring the LTC 3862EGN constant frequency current mode boost controller. The DC1286A-A operates over 5V
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LTC3862EGN,
LTC3862EGN-1
3862EGN
DC1286A-A
DC1286A-B
200kHz
LTC3862-1
DC1286A-B)
boost 5v to 48v
12V to 24V 5A step up converter
converter 5v to 48v
LTC3862
linear regulator 48V
12v dc step up to 48v dc converter
36V dc to 12V dc converter circuit
LTC3862EGN-1
voltage regulator 48V
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AN-1221
Abstract: cookbook lm2623 LM2623 AN200394
Text: National Semiconductor Application Note 1221 John Fairbanks April 2002 LM2623 GENERAL PURPOSE, BOOST CONVERTER CIRCUIT The next page shows the generic application circuit for LM2623 boost converters. The LM2623 boost converter circuits are very conventional, except for the ratio adaptive
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LM2623
AN-1221
AN-1221
cookbook lm2623
AN200394
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An. 1170
Abstract: MAX921 APP1170 MAX1771 MAX608 MAX660 MAX863 MAX933 amplitude modulation ic,s
Text: Maxim > App Notes > Power-Supply Circuits Keywords: boost converters, boost controllers, step-up, step up, pulse frequency modulation, PFM, DC-DC, dc dc, controllers, current mode Sep 10, 2002 APPLICATION NOTE 1170 Circuit Connection Adds Current-Mode Operation to PFM Boost
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MAX863:
MAX921:
MAX933:
com/an1170
AN1170,
APP1170,
Appnote1170,
An. 1170
MAX921
APP1170
MAX1771
MAX608
MAX660
MAX863
MAX933
amplitude modulation ic,s
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1A 5v input 5v output regulator
Abstract: Si9958DY 3v boost regulator dc voltage regulator circuit using mosfet "MOSFET SO-8" ICL7621 MAX770 IC2b
Text: BATTERY MANAGEMENT BIAS SUPPLY CIRCUITS POWER-SUPPLY CIRCUITS Application Note 114: Jul 09, 1998 Boost/Linear Regulator Derives 5V From Four Cells This topology of a boost followed by a LDO regulator offers an efficient buck-boost solution for loads up to
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ICL7621:
MAX770:
com/an114
1A 5v input 5v output regulator
Si9958DY
3v boost regulator
dc voltage regulator circuit using mosfet
"MOSFET SO-8"
ICL7621
MAX770
IC2b
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amplitude modulation ic,s
Abstract: inductorcurrent
Text: Circuit Connection Adds Current−Mode Operation To PFM Boost Converters Application Note Circuit Connection Adds Current−Mode Operation To PFM Boost Converters Maxim's PFM boost controllers offer high efficiency and low quiescent current; however, by externally adding a current mode signal into the
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MAX1771
Abstract: AN1054 APP1054 MAX608 MAX863
Text: Maxim > App Notes > Power-Supply Circuits Keywords: boost, controller, step-up, step up, DC-DC, PFM, efficiency Apr 15, 2002 APPLICATION NOTE 1054 Simple Change Improves PFM Boost-Controller Efficiency Abstract: Modification to the standard PFM boost-controller circuit provides a 5% efficiency improvement at
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MAX1771:
MAX608:
MAX863:
com/an1054
AN1054,
APP1054,
Appnote1054,
MAX1771
AN1054
APP1054
MAX608
MAX863
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LTC3427
Abstract: LTC3427EDC Boost Converter
Text: QUICK START GUIDE FOR DEMONSTRATION CIRCUIT 856A 500MA, 1.25MHZ SYNCHRONOUS BOOST CONVERTER LTC3427EDC DESCRIPTION Demonstration circuit 856A is a 500mA, 1.25MHz Synchronous Boost Converter featuring the LTC 3427EDC. The demo circuit demonstrates a DC/DC boost converter, with a 500mA switch current
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500MA,
25MHZ
LTC3427EDC
25MHz
3427EDC.
500mA
180mA
LTC3427
LTC3427EDC
Boost Converter
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transistor 3l2
Abstract: DIODE 3L2 rrcs2 HV9930 IC03b 506K AT9933 FDS3692 0942a 3L2 diode
Text: AN-H51 Application Note Designing a Boost-Buck Ĉuk Converter with the HV9930 / AT9933 A boost-buck (also known as a Ĉuk) converter is a singleswitch converter, which consists of a cascade of a boost converter followed by a buck converter. A typical boost-buck
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AN-H51
HV9930
AT9933
transistor 3l2
DIODE 3L2
rrcs2
IC03b
506K
AT9933
FDS3692
0942a
3L2 diode
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Untitled
Abstract: No abstract text available
Text: ISL97701 Data Sheet February 22, 2008 Boost Regulator with Integrated Schottky and Input Disconnect Switch The ISL97701 represents a high efficiency boost converter with integrated boost FET, boost diode and input disconnect FET. With an input voltage of 2.3V to 5.5V the ISL97701 has an
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ISL97701
ISL97701
500mA
FN6474
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ISL97701
Abstract: ISL97701IRZ ISL97701IRZ-T13 ISL97701IRZ-T7 TB347 01IRZ IVDD50
Text: ISL97701 Data Sheet February 22, 2008 Boost Regulator with Integrated Schottky and Input Disconnect Switch The ISL97701 represents a high efficiency boost converter with integrated boost FET, boost diode and input disconnect FET. With an input voltage of 2.3V to 5.5V the ISL97701 has an
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ISL97701
ISL97701
500mA
FN6474
ISL97701IRZ
ISL97701IRZ-T13
ISL97701IRZ-T7
TB347
01IRZ
IVDD50
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01IRZ
Abstract: intersil standard part marking step up converter with output disconnect ISL97701 ISL97701IRZ ISL97701IRZ-T13 ISL97701IRZ-T7 TB379
Text: ISL97701 Data Sheet April 23, 2007 Boost Regulator with Integrated Schottky and Input Disconnect Switch The ISL97701 represents a high efficiency, boost converter with integrated boost FET, boost diode and input disconnect FET. With an input voltage of 2.3V to 5.5V the ISL97701 has an
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ISL97701
ISL97701
500mA
FN6474
01IRZ
intersil standard part marking
step up converter with output disconnect
ISL97701IRZ
ISL97701IRZ-T13
ISL97701IRZ-T7
TB379
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step up step down buck
Abstract: vo 1d CR1 diode
Text: BUCK AND BOOST CIRCUIT Buck Step Down TYPE OF CONVERTER Boost (Step Up) (+) Buck - Boost (Step Down/Up) CR1 L1 ID (+) ID CR1 Q1 (+) (-) V1 Q1 IRL CIRCUIT CONFIGURATION IO L1 VIN IRL (+) VIN + Q1 - V1 + CR1 - C1 RL (-) (-) ton TS D PEAK DRAIN CURRENT IDMAX
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12 to -12v cuk converter
Abstract: LT3581 switching power supply design guide dc14
Text: DEMONSTRATION CIRCUIT 1424A-A/B QUICK START GUIDE LT3581 BOOST/INVERTING DC/DC CONVERTERS DESCRIPTION Demonstration circuits 1424A-A and 1424A-B feature the LT3581 in Boost/Inverting Regulator configurations. The Boost is designed to convert a 5V to 10V input source to 12V at 900mA,
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424A-A/B
LT3581
424A-A
424A-B
LT3581
900mA,
750mA.
DC1424A-A
DC1424A-B
12 to -12v cuk converter
switching power supply design guide
dc14
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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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