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Part Manufacturer Description Datasheet BUY
LM337LZ/LFT3 Texas Instruments 100mA Adjustable Output Negative Voltage Regulator 3-TO-92 visit Texas Instruments
UA79M05MFK Texas Instruments IC VREG 5 V FIXED NEGATIVE REGULATOR, CQCC20, Fixed Negative Single Output Standard Regulator visit Texas Instruments
LM79L12ACZ/LFT7 Texas Instruments FIXED NEGATIVE REGULATOR visit Texas Instruments
LM7915CT/NOPB Texas Instruments 3-Terminal, 1.5A Negative Voltage Regulators 3-TO-220 0 to 125 visit Texas Instruments Buy
LM7912CT/NOPB Texas Instruments 3-Terminal, 1.5A Negative Voltage Regulators 3-TO-220 0 to 125 visit Texas Instruments Buy
M38510/11803BXA Texas Instruments Military Grade 1.5A Adjustable Output Negative Voltage Regulator / LDO 3-TO -55 to 150 visit Texas Instruments

negative voltage regulators 3.3v

Catalog Datasheet MFG & Type PDF Document Tags

12 v voltage regulator 2 amps

Abstract: pulse load resistor calculation formula Kennedy to offer a line of dual positive/negative, low dropout fixed voltage regulators, as well as one , M.S. KENNEDY VOLTAGE REGULATORS I. INTRODUCTION: MS Kennedy offers a wide variety of voltage , are many advantages that they all share. For instance, all of our voltage regulators are available in , tabs for direct connection to heat sinks. From an electrical standpoint, MS Kennedy voltage regulators , electrical specifications, our voltage regulators also present exceptional thermal characteristics. Low UJC
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LMI 34064

Abstract: 12V 10A voltage regulators Negative Adjustable Linear Voltage Regulators Negative Fixed Linear Voltage Regulators Positive Adjustable Linear Voltage Regulators Positive Fixed Linear Voltage Regulators Voltage Regulation Module , Controller Linear Voltage Regulators SG109/309 - Positive Fixed Voltage Regulator SG117/217/317, SG117A , Negative Fixed Voltage Regulator - 5V Supervisors LX7001 - Transient Immune Undervoltage Sensing , Micropower Voltage Reference LX432 - Low Voltage Adjustable Precision Shunt Regulators LX1004 - 1.2 & 2.5V
PROTEC
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LMI 34064 12V 10A voltage regulators lmi 34164 inverter ic 3524 application MSC 34064 12V 5A adjustable regulator SG1731 MIL-STD-883

Switching Regulators

Abstract: Linear Regulators /negative, low dropout fixed voltage regulators, as well as one with ultra low dropout characteristics , offers the 5200 series of voltage regulators. Positive dropout is typically 350mV. While negative dropout is 550mV, output voltage tolerance is less than 1% for both positive and negative regulators , ) 701-6752 http://www.mskennedy.com/ MSK Web Site: Application Note 025 Voltage Regulators By Brent , are many advantages that they all share. For instance, all of our voltage regulators are available in
MS Kennedy
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Switching Regulators Linear Regulators AN025

GM79L05

Abstract: HIGH CURRENT ,VOLTAGE REGULATORS GM79L00 PRELIMINARY 100 mA NEGATIVE VOLTAGE REGULATORS Wide range of Fixed Output Voltages , GM79L00 PRELIMINARY 100 mA NEGATIVE VOLTAGE REGULATORS ELECTRICAL CHARACTERISTICS GM79L05 at , NEGATIVE VOLTAGE REGULATORS ELECTRICAL CHARACTERISTICS GM79L15 at specified junction temperature, VI , GM79L00 PRELIMINARY 100 mA NEGATIVE VOLTAGE REGULATORS REPRESENTATIVE BLOCK DIAGRAM IN Q5 , GM79L24-S8 5 www.gammamicro.com GM79L00 PRELIMINARY 100 mA NEGATIVE VOLTAGE REGULATORS TO
Gamma Microelectronics
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HIGH CURRENT ,VOLTAGE REGULATORS GM79L12 GM79L24 500TYP 060TYP

negative voltage regulators 3.3v

Abstract: LTM8022 , output capacitor and a single resistor to set the output voltage. Negative Power Supply with Few , LTM8020 can be easily configured to generate a negative voltage. Figure 2 shows is an example of how to , LDESIGN IDEAS uModule Regulators Shrink Power Supply Size and Design Effort by David Ng Introduction When it comes to high density, efficient power supplies, switching regulators are a top choice , LTM8020, LTM8022 and LTM8023 are three uModule regulators that require minimal design effort and only a
Linear Technology
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LTC3813 LTC3814-5 negative voltage regulators 3.3v LMT8023EV negative regulator 2A LDO LTM8000

M1530DM

Abstract: m1530 their respective linear regulators. The positive and negative linear regulator inputs can withstand up , regulator input voltage for the selected output voltage. Typically the negative charge-pump is configured as , regulator (GL) uses a N-Channel pass element to raise the negative input voltage up to the regulated output voltage. The feedback threshold for the negative linear regulator is ground. The resistor string goes from REF (1.25V) to FB2 and from FB2 to GL to set the negative output voltage. The difference between the
Monolithic Power Systems
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M1530DM m1530 MPS MARKING B8 mp1530dq MP1530 1N5819 QFN16 TSSOP16

MP1530DM

Abstract: MP1530DM-LF-Z converter with positive and negative linear regulators. The step-up converter switch node drives two charge pumps, which supply powers to their respective linear regulators. The positive and negative , voltage. Typically the negative charge-pump is configured as a 1x inverter. Step-Up Converter The , pass element to raise the negative input voltage up to the regulated output voltage. The feedback , and from FB2 to GL to set the negative output voltage. The difference between the voltage at IN3 and
Monolithic Power Systems
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EV0055 MP1530DM MP1530DM-LF-Z step-up TFT BIAS
Abstract: their respective linear regulators. The positive and negative linear regulator inputs can withstand up , negative linear regulator output voltage. FB2 regulation threshold is GND. Positive Linear Regulator , regulator input voltage for the selected output voltage. Typically the negative charge-pump is configured as , regulator (GL) uses a N-Channel pass element to raise the negative input voltage up to the regulated output voltage. The feedback threshold for the negative linear regulator is ground. The resistor string goes from Monolithic Power Systems
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Abstract: Boost Converter and Gate Voltage Regulators General Description The MAX16929 is a highly integrated , converter, one 1.8V/3.3V regulator controller, and two gate voltage regulators. The device comes in , ) allows flexible sequencing of the positive-gate and negative-gate voltage regulators. The power-good , Converter and Gate Voltage Regulators ABSOLUTE MAXIMUM RATINGS INB, ENB to GND , Gate Voltage Regulators ELECTRICAL CHARACTERISTICS (continued) (VINB = 12V, VINA = 5V, VGND = VPGNDP Maxim Integrated Products
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105NC

24 to 6v dC converter circuit diagram

Abstract: Boost Converter and Gate Voltage Regulators General Description The MAX16929 is a highly integrated , converter, one 1.8V/3.3V regulator controller, and two gate voltage regulators. The device comes in , ) allows flexible sequencing of the positive-gate and negative-gate voltage regulators. The power-good , Converter and Gate Voltage Regulators ABSOLUTE MAXIMUM RATINGS INB, ENB to GND , Gate Voltage Regulators ELECTRICAL CHARACTERISTICS (continued) (VINB = 12V, VINA = 5V, VGND = VPGNDP
Maxim Integrated Products
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24 to 6v dC converter circuit diagram

MP1530

Abstract: MP1530DM-LF-Z their respective linear regulators. The positive and negative linear regulator inputs can withstand up , string between GL and REF to set the negative linear regulator output voltage. FB2 regulation threshold , output voltage. Typically the negative charge-pump is configured as a 1x inverter. Step-Up Converter The , negative input voltage up to the regulated output voltage. The feedback threshold for the negative linear , Regulator Compensation The positive and negative regulators are controlled by a transconductance amplifier
Monolithic Power Systems
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Abstract: Boost Converter and Gate Voltage Regulators General Description The MAX16929 is a highly integrated , converter, one 1.8V/3.3V regulator controller, and two gate voltage regulators. The device comes in , ) allows flexible sequencing of the positive-gate and negative-gate voltage regulators. The power-good , Converter and Gate Voltage Regulators ABSOLUTE MAXIMUM RATINGS INB, ENB to GND , Gate Voltage Regulators ELECTRICAL CHARACTERISTICS (continued) (VINB = 12V, VINA = 5V, VGND = VPGNDP Maxim Integrated Products
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LMX331

Abstract: MAX1122 about low-voltage ICs discusses many types of low-voltage ICs, including voltage regulators, data , Current (V / 5) x 100 64 Voltage Regulation General Information About Voltage Regulators Maxim has scores of regulators that generate low voltage or convert low voltages to other levels. They include , input voltage rises. Linear regulators can, however, be quite efficient for applications with a low , applications. Inductor-based switching regulators offer both low- and high-power DC-DC voltage conversion, and
Maxim Integrated Products
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LMX331 MAX1122 MAX1589 MAX1687 MAX4695 MAX5522 RS-232 MAX3381E MAX218 AN3741 APP3741

negative voltage regulators 3.3v

Abstract: microchip voltage regulator (bipolar) voltage regulators. Total supply current is typically 50uA at full load, 20 to 60 times lower , transistors. The TC59 is a low dropout, negative output voltage regulator designed specifically for , Get the Lowdown on Oddball LDOs Low Dropout Regulators Microchip's large portfolio of LDOs offers , maximum output voltage flexibility, Shutdown Mode for reduced power consumption and bypass input for , Management (PCI 2.0). The devices provide an uninterrupted, 3.3V, 200mA (max) output voltage when the main
Microchip Technology
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microchip voltage regulator TC1266 TC1267 TC1070 TC1071 TC1187 TC1174

MAX1651

Abstract: MAX1771 uses for step-up/down converters, linear regulators, voltage converters, charge pumps, and inductorless regulators are shown. Several Maxim power-management devices are featured. Numerous diverse and , optional diode-capacitor network in Figure 8 generates an unregulated negative voltage between -1.4V and , a fast charge automatically by detecting a negative slope in the curve of battery voltage vs. time , voltage, voltage converter, GaAsFET, RF power amplifier, GSM, TDMF Mar 15, 2000 APPLICATION NOTE
Maxim Integrated Products
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MAX1651 MAX1771 MAX604 MAX619 MAX649 MAX757 MAX712

LM7905 voltage regulator packages

Abstract: MAX1673 about low-voltage ICs discusses many types of low-voltage ICs, including voltage regulators, data , Current (V / 5) x 100 64 Voltage Regulation General Information About Voltage Regulators Maxim has scores of regulators that generate low voltage or convert low voltages to other levels. They include , input voltage rises. Linear regulators can, however, be quite efficient for applications with a low , applications. Inductor-based switching regulators offer both low- and high-power DC-DC voltage conversion, and
Maxim Integrated Products
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LM7905 voltage regulator packages MAX1673 MAX1678 MAX4474 MAX5408 max1999

nicd charge controller

Abstract: AC adapter 5V diode-capacitor network in Figure 8 generates an unregulated negative voltage between -1.4V and 3V. Acting as a , GaAsFET costs more and requires a small negative bias voltage. Typical charge pumps generate too much , and complexity of the power supply. High cell counts enable the use of linear regulators and simple , advantages this configuration has over flyback-transformer regulators and combination step-up/linear regulators. Figure 1. This regulator topology supplies 5V for inputs ranging from 3V to 8V. The operation
Maxim Integrated Products
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MAX713 AN671 APP671 nicd charge controller AC adapter 5V

computer smps circuit diagram

Abstract: AZ815 Computer and LCD Power-Supply Regulators ABSOLUTE MAXIMUM RATINGS Supply Voltage (V+ to GND , VOLTAGE (V! 4 â"UXIXI^H Palmtop Computer and LCD Power-Supply Regulators START-UP BATTERY VOLTAGE vs , allows the battery voltage to sag 6 /i/i/J XI ski Palmtop Computer and LCD Power-Supply Regulators T , 19-0040; Rev 0:6/92 /l/l/JXI/l/l Palmtop Computer and LCD Power-Supply Regulators _General , , battery-operated microprocessor systems. Each device generates a main output (3V or 5V, selectable) and a negative
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OCR Scan
MAX722 computer smps circuit diagram AZ815 smps based 6v battery charger circuit diagram SMPS circuit for charging 6v battery 12v 1a smps circuit diagram 2N2955 MAX723 MAX722/MAX723 MAX717-721 1RX722/MRX723 NE60N
Abstract: Boost Converter and Gate Voltage Regulators General Description Features The MAX16928 is a , converter, one 1.8V/3.3V regulator controller, and two gate voltage regulators. The device comes in , negative-gate voltage regulators. The power-good indicator (PGOOD) indicates a failure on any of the , TFT-LCD Power Supply with Boost Converter and Gate Voltage Regulators ABSOLUTE MAXIMUM RATINGS INA , Voltage Regulators ELECTRICAL CHARACTERISTICS (continued) (VINA = 5V, VGND = VPGNDP = 0V, TA = TJ = Maxim Integrated Products
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AEC-Q100
Abstract: Gate Voltage Regulators General Description Features The MAX16928 is a highly integrated power , regulator controller, and two gate voltage regulators. The device comes in several versions to satisfy , of the positive-gate and negative-gate voltage regulators. The power-good indicator (PGOOD , Boost Converter and Gate Voltage Regulators ABSOLUTE MAXIMUM RATINGS INA, COMPV, FBP to GND , â''â''2 MAX16928 Automotive TFT-LCD Power Supply with Boost Converter and Gate Voltage Regulators Maxim Integrated Products
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