UGF1
Abstract: 3 phase control with pic SLVA072 TPS76933 semiconductor Russia Manufacturers
Text: Power Management Texas Instruments Incorporated Understanding the stable range of equivalent series resistance of an LDO regulator By Bang S. Lee Application Specialist, Power Management This application note explores the stable range of equivalent series resistance ESR values for LDO
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SLYT187
UGF1
3 phase control with pic
SLVA072
TPS76933
semiconductor Russia Manufacturers
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negative regulator LDO
Abstract: A 3198 MAX1735 Negative LDO regulator 3198
Text: Modified LDO Sinks PECL-Termination Current POWER-SUPPLY CIRCUITS Apr 23, 2004 APPLICATION NOTE 3198 Modified LDO Sinks PECL-Termination Current By configuring a current-sinking negative LDO to operate as a positive-voltage sink, you can construct a low-voltage
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300mV
number/3198
MAX1735:
negative regulator LDO
A 3198
MAX1735
Negative LDO regulator
3198
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AIC1086
Abstract: AIC1722 AIC1722-33CZL AIC1723-33CE AIC1723-33CF AIC1084CM AIC1084CT AIC1085CT
Text: APPLICATION NOTE LDO Series Product Introduction 2 Protection Diodes The AIC LDO family, a 3-terminal regulator, is In normal operation, the AIC LDO family needs easy to be used with all protection features that no protection diodes. The internal diode between
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500nH
AIC1086
AIC1722
AIC1722-33CZL
AIC1723-33CE
AIC1723-33CF
AIC1084CM
AIC1084CT
AIC1085CT
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SLVA115
Abstract: TPS76050
Text: Application Report SLVA115 - May 2002 ESR, Stability, and the LDO Regulator Jeff Falin PMP Portable Power ABSTRACT Choosing an output capacitor for LDO regulators with PNP or PMOS pass element can be difficult due to specific ESR requirements. This application note explains why higher ESR
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SLVA115
TPS76050
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PL0300
Abstract: Charge Pumps
Text: PL0300 PL0300 300mA Low Noise CMOS LDO Regulator 300mA Low Noise APPLICATION NOTE CMOS LDO Regulator APPLICATION NOTE INTRODUCTION Choosing a power supply or linear regulator for an application involves more than looking for the part with the lowest dropout voltage or lowest cost. It is quite difficult for an inexperienced person to select the right
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PL0300
300mA
PL0300:
PL0300
Charge Pumps
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AN025
Abstract: 3 phase AC voltage regulator high frequency multiplayer circuit LDO application note AIC1730 ceramic capacitor 1uF ESR
Text: AN025 Analysis of LDO oscillation issues Introduction Using low noise and stable power supplies is a trend for power application. And LDO is one of the simplest applications. Yet LDO oscillation results in voltage instability. The analysis below tells you how to prevent LDO from oscillation.
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AN025
AIC1730
AN025
3 phase AC voltage regulator
high frequency multiplayer circuit
LDO application note
ceramic capacitor 1uF ESR
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an5512
Abstract: Transistor 2N2222A 2N2222A AN-55 TC1015 AN55125 AN551 telcom application note
Text: USING THE TC1015 CMOS LDO IN HIGH CURRENT TRANSIENT APPLICATIONS APPLICATION NOTE 55 USING THE TC1015 CMOS LDO IN HIGH OUTPUT CURRENT TRANSIENT APPLICATIONS By Don Alfano AN-55 INTRODUCTION Load transient considerations often force the designer into a higher output current LDO than might otherwise be
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TC1015
AN-55
100mA,
270mA
AN55-1
an5512
Transistor 2N2222A
2N2222A
AN-55
AN55125
AN551
telcom application note
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AN3656
Abstract: low noise Darlington Transistor Low Noise high voltage transistor RC Filter 3656 APP3656 CXTA14 MAX1857 RC lowpass external high voltage regulator design notes
Text: Maxim > App Notes > AMPLIFIER AND COMPARATOR CIRCUITS POWER-SUPPLY CIRCUITS Keywords: Low-dropout regulator, LDO, RC filter Nov 23, 2005 APPLICATION NOTE 3656 Single Transistor Reduces LDO Noise by 46dB Abstract: A simple RC filter with an external transistor driver rejects LDO noise. A plot of noise density vs.
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com/an3656
MAX1857:
AN3656,
APP3656,
Appnote3656,
AN3656
low noise Darlington Transistor
Low Noise high voltage transistor
RC Filter
3656
APP3656
CXTA14
MAX1857
RC lowpass external
high voltage regulator design notes
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BB SOT23-5
Abstract: GSM-Chipset circuit diagram GSM transmitter receiver power amplifier frequency range 300Hz LDO sot23 MAX8863 MAX8864 MAX8867 MAX8868 MAX8874
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: LDO, linear regulator, low dropout, regulators, PSRR, low noise, cellphone, cellular, handset, RF, baseband, audio, GSM Dec 26, 2001 APPLICATION NOTE 898 Selecting LDO Linear Regulators for Cellphone Designs
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MAX1726:
MAX8875:
MAX8877:
MAX8878:
MAX8880:
MAX8881:
MAX8882:
MAX8885:
MAX8887:
MAX8890:
BB SOT23-5
GSM-Chipset
circuit diagram GSM transmitter receiver
power amplifier frequency range 300Hz
LDO sot23
MAX8863
MAX8864
MAX8867
MAX8868
MAX8874
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SAMSUNG 0805 thick film resistor
Abstract: SAMSUNG DATASHEET CHIP CAPACITOR Samsung Capacitor 0805 capacitors samsung IRF7821 soic8 irf7832 chip resistor R10 Thick Film Chip Resistor Network SAMSUNG capacitors SM1206 DATASHEET
Text: ISL88550AEVAL1Z Kit: Synchronous Step Down Controller with Sourcing and Sinking LDO Regulator Application Note July 23, 2008 General Description Features ISL88550A integrates a synchronous buck PWM controller to generate VDDQ, a sourcing and sinking LDO linear
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ISL88550AEVAL1Z
ISL88550A
AN1200
SAMSUNG 0805 thick film resistor
SAMSUNG DATASHEET CHIP CAPACITOR
Samsung Capacitor
0805 capacitors samsung
IRF7821 soic8
irf7832
chip resistor R10
Thick Film Chip Resistor Network
SAMSUNG capacitors
SM1206 DATASHEET
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AN11037
Abstract: No abstract text available
Text: AN11037 LDO voltage regulators: fundamentals, topologies and parameters Rev. 1 — 5 July 2013 Application note Document information Info Content Keywords Low DropOut voltage regulator LDO , efficiency, quiescent current, ground current, transient response, Equivalent Series Resistance (ESR),
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AN11037
AN11037
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MAX6126
Abstract: APP3657 MAX4475 MAX8887 ultralownoise op-amp LDO application note AN3657 up/K 3657
Text: Maxim > App Notes > Amplifier and Comparator Circuits Power-Supply Circuits Keywords: low-dropout regulator, LDO, RC filter, voltage reference, low noise Dec 22, 2005 APPLICATION NOTE 3657 Ultra-Low-Noise LDO Achieves 6nV/√Hz Noise Performance Abstract: This ultra-low-noise LDO combines low-noise components with filtering to achieve an output noise
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MAX8887
100kHz
MAX8887,
MAX4475:
MAX6126:
com/an3657
AN3657,
APP3657,
Appnote3657,
MAX6126
APP3657
MAX4475
ultralownoise op-amp
LDO application note
AN3657
up/K 3657
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LDO sot23
Abstract: APP1861 CMPT2222A MAX1735 MAX1735EUK25 RMC18-18RJB transistor sot23-3 RMC181
Text: Maxim > App Notes > POWER-SUPPLY CIRCUITS Keywords: pass transistor, linear regulator, LDO, increase LDO current, more load current Jan 24, 2003 APPLICATION NOTE 1861 Pass Transistor Boosts Current from Negative Linear Regulator Abstract: The addition of a pass transistor to the circuit of Figure 1 allows the linear regulator LDO to deliver
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com/an1861
MAX1735:
AN1861,
APP1861,
Appnote1861,
LDO sot23
APP1861
CMPT2222A
MAX1735
MAX1735EUK25
RMC18-18RJB
transistor sot23-3
RMC181
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3014 LED
Abstract: 3014 LEDs 3014 AN3014 APP3014 MAX8863
Text: Maxim > App Notes > DISPLAY DRIVERS POWER-SUPPLY CIRCUITS Keywords: white LED, current matching, light emitting diodes, LED, LCD backlight, LDO, linear regulator, white LEDs, display backlighting Feb 03, 2004 APPLICATION NOTE 3014 LDO Improves White LED Current Matching
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MAX8863
com/an3014
AN3014,
APP3014,
Appnote3014,
3014 LED
3014 LEDs
3014
AN3014
APP3014
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TPS5130
Abstract: TPS5130PT TPS5130PTR
Text: TPS5130 www.ti.com SLVS426 – MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
TPS5130PT
TPS5130PTR
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1000KW
Abstract: No abstract text available
Text: TPS5130 www.ti.com SLVS426 – MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
1000KW
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R01B
Abstract: TPS5130 TPS5130PT TPS5130PTR R03A Q07A
Text: TPS5130 www.ti.com SLVS426 – MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
R01B
TPS5130PT
TPS5130PTR
R03A
Q07A
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Q06B
Abstract: TPS5130 TPS5130PT TPS5130PTR c01b
Text: TPS5130 www.ti.com SLVS426 – MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
Q06B
TPS5130PT
TPS5130PTR
c01b
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Layer3 VIDEO
Abstract: No abstract text available
Text: TPS5130 www.ti.com SLVS426 − MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
Layer3 VIDEO
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CP-16-27
Abstract: LFCSP-WQ
Text: FEATURES TYPICAL APPLICATION CIRCUITS ADP322 2.5V TO VBIAS 5.5V + 1.8V TO VIN1/VIN2 5.5V + 1µF 1µF EN1 LDO 1 VOUT1 ON + EN LD1 OFF 1µF VBIAS EN2 LDO 2 ON VOUT2 + EN LD2 OFF 1µF VBIAS 1.8V TO VIN3 5.5V + 1µF EN3 LDO 3 ON OFF VOUT3 + EN LD3 1µF GND Figure 1. Typical Application Circuit for ADP322
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ADP322)
ADP323)
16-lead,
16-Lead
CP-16-27
LFCSP-WQ
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Untitled
Abstract: No abstract text available
Text: TYPICAL APPLICATION CIRCUITS FEATURES ADP322 2.5V TO VBIAS 5.5V + 1.8V TO VIN1/VIN2 5.5V + 1µF 1µF EN1 LDO 1 VOUT1 ON + EN LD1 OFF 1µF VBIAS EN2 LDO 2 ON OFF VOUT2 + EN LD2 1µF VBIAS 1.8V TO VIN3 5.5V + 1µF EN3 LDO 3 ON OFF VOUT3 + EN LD3 1µF GND Figure 1. Typical Application Circuit for ADP322
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ADP322
ADP323
16-Lead
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Untitled
Abstract: No abstract text available
Text: TPS5130 www.ti.com SLVS426 − MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
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3 phase inverter 180 degree conduction mode wave
Abstract: No abstract text available
Text: TPS5130 www.ti.com SLVS426 – MAY 2002 TRIPLE SYNCHRONOUS BUCK CONTROLLER WITH NMOS LDO CONTROLLER FEATURES APPLICATIONS D Notebook PCs, PDAs D Consumer Game Systems D DSP Application D Three Independent Step-Down DC/DC Controllers and One LDO Controller
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TPS5130
SLVS426
TPS5130
TPS5130PT
TPS5130PTR
3 phase inverter 180 degree conduction mode wave
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AN-23
Abstract: TCL1587 TelCom Semiconductor ldo thermal
Text: LDO THERMAL CONSIDERATIONS APPLICATION NOTE 23 LDO THERMAL CONSIDERATIONS By Paul Paglia AN-23 INTRODUCTION Battery-operated equipment most notably cell phones and notebook computers have created a strong demand for linear regulators in small packages. While such packages
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AN-23
AN22-01
AN-23
TCL1587
TelCom Semiconductor ldo thermal
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