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Part Manufacturer Description Datasheet Download Buy Part
RH137KDICE Linear Technology IC VREG ADJUSTABLE NEGATIVE REGULATOR, UUC3, DIE-3, Adjustable Negative Single Output Standard Regulator
RH137HDICE Linear Technology IC VREG ADJUSTABLE NEGATIVE REGULATOR, UUC3, DIE-3, Adjustable Negative Single Output Standard Regulator
LT1185MT Linear Technology IC VREG ADJUSTABLE NEGATIVE LDO REGULATOR, PSFM3, Adjustable Negative Single Output LDO Regulator
LT1175CS8-5ADJ Linear Technology IC VREG ADJUSTABLE NEGATIVE LDO REGULATOR, PDSO8, Adjustable Negative Single Output LDO Regulator
LT1185CK Linear Technology IC VREG ADJUSTABLE NEGATIVE LDO REGULATOR, MBFM4, Adjustable Negative Single Output LDO Regulator
LM137K Linear Technology IC VREG 1.2 V-37 V ADJUSTABLE NEGATIVE REGULATOR, MBFM3, METAL CAN, TO-3, 2 PIN, Adjustable Negative Single Output Standard Regulator

negative high voltage regulator Datasheets Context Search

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negative high voltage regulator

Abstract: No abstract text available
Text: MIVR 42054 NEGATIVE HIGH VOLTAGE REGULATOR Designed for use in general purpose power supplies with high input voltages FEATURES · · · · Output current to 5 amps Input voltage to -65V D.C , Includes voltage shutdown and current foldback. The 42054 series regulators normally do not require , Input Voltage 5 120 -65 A W V* PD v IN V, = V OUT Case Pin 2 = Ground: Pin 1 , V o u T - 0 .I V TYP V o. MAX UNIT Oulput Voltage Differential Voltage V -V IN OUT


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PDF 120WATTSAT25 negative high voltage regulator
2003 - 24V to 15V REGULATOR IC

Abstract: obsolete ic cross reference Fixed Positive Voltage Regulator 24v voltage regulator 12v 2a voltage regulator ic 12V 5A adjustable regulator 5A negative regulator 7703401XA SG3081J SG3081
Text: Adjustable Voltage Regulator 1.5A Negative Adjustable Voltage Regulator 1.5A Negative Adjustable Voltage , Negative Fixed Voltage Regulator 5.0V Negative Fixed Voltage Regulator 12V Negative Fixed Voltage Regulator 15V Negative Fixed Voltage Regulator 5.0V Negative Fixed Voltage Regulator 12V Negative Fixed , Regulator Negative Fixed Voltage Regulator Negative Fixed Voltage Regulator Negative Fixed Voltage Regulator Negative Fixed Voltage Regulator Negative Fixed Voltage Regulator Negative Fixed Voltage


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2010 - 5-pin smd Voltage Regulators

Abstract: RH1499 msk5059 RH1498dice MSK5058 5962F0921603 RH1013DICE MSK5820 MSK5044RH 5962F0921608
Text: RH1185MKDICE RH1185MKDICE Description 0.5A Negative adjustable voltage regulator 0.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage LDO regulator 1.5A Negative adjustable voltage LDO regulator 1.5A , with Adjustable Current Limit 3A Negative fixed voltage LDO regulator 3A Negative fixed voltage LDO regulator 3A Negative fixed voltage LDO regulator 3A Negative fixed voltage LDO regulator 3A Negative


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PDF RH101A RH101ADICE MSK0041RH MSK106RH RH1078M RH1078MDICE RH07CDICE RH1013M RH1013DICE RH1014M 5-pin smd Voltage Regulators RH1499 msk5059 RH1498dice MSK5058 5962F0921603 RH1013DICE MSK5820 MSK5044RH 5962F0921608
1999 - 2N3055 series voltage regulator

Abstract: 2n3055 voltage regulator circuit diagram of 2N3055 series voltage regulator 2n3055 regulator 10a 2N3055 power supply circuit terminals of 2n3055 2N3055 power amplifier circuit pin configuration transistor 2n3055 NPN Transistor 2N3055 darlington positive negative voltage regulator variable
Text: , dual, tracking, monolithic voltage regulator . It provides separate positive and negative regulated , limiting, and thermal shutdown circuitry. The negative regulator output voltage is established by , Amplifier. This insures that the positive regulator output voltage will always equal the negative regulator , picture of the negative regulator circuitry. The temperature compensated reference voltage appears at the , regulator . This is actually an inverting operational amplifier. The negative regulated voltage (-VOUT) is


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PDF LM125 req959 2N3055 series voltage regulator 2n3055 voltage regulator circuit diagram of 2N3055 series voltage regulator 2n3055 regulator 10a 2N3055 power supply circuit terminals of 2n3055 2N3055 power amplifier circuit pin configuration transistor 2n3055 NPN Transistor 2N3055 darlington positive negative voltage regulator variable
1995 - 2n3055 voltage regulator

Abstract: isc 2n3055 transistor circuit diagram of 2N3055 series voltage regulator 2N3055 series voltage regulator 2n3055 regulator 10a 2N3055 power amplifier circuit diagram 2N3055 power supply circuit LM125 7390 2N3055 pin out connections
Text: dual tracking monolithic voltage regulator It provides separate positive and negative regulated , shutdown circuitry The negative regulator output voltage is established by comparing the Voltage , the positive regulator a voltage established between the positive and negative regulator outputs by , positive regulator output voltage will always equal the negative regulator output voltage multiplied by , a constant voltage drop across R5 for the negative regulator and by a simple resistor divider for


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PDF LM125 2n3055 voltage regulator isc 2n3055 transistor circuit diagram of 2N3055 series voltage regulator 2N3055 series voltage regulator 2n3055 regulator 10a 2N3055 power amplifier circuit diagram 2N3055 power supply circuit 7390 2N3055 pin out connections
sharp pin flyback transformer schematics

Abstract: PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES 1N4148 AN660 APP660 tutorial transformer multiple winding Transformer SHARP FLYBACK TRANSFORMER
Text: produces a negative output voltage , which is not aided by the source voltage . The inverting regulator , an output voltage less than the input. The negative boost regulator (b) has an output more negative than the input. The negative-inverter regulator (c) converts a negative voltage to a positive voltage , Low-side switch Transformer instead of inductor High peak currents High switch-stress voltage , to applications that require negative or galvanically isolated outputs. In general, however, the high


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PDF 1N4148 com/an660 AN660, APP660, Appnote660, sharp pin flyback transformer schematics PUSHPULL CONVERTER TRANSFORMER DESIGN NOTES AN660 APP660 tutorial transformer multiple winding Transformer SHARP FLYBACK TRANSFORMER
5962R8961002VHA

Abstract: rh1499mw RH1009MH TID RADIATION TEST OF OP. AMP 5962R8961002VXC 1X10E12 RH1014MW RH6105 5962R0920602 LDO spice model
Text: RH1185AMKDICE VRG8663 RH DICE InsideTM Description 0.5A Negative adjustable voltage regulator 0.5A Negative adjustable voltage regulator 0.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage regulator 1.5A Negative adjustable voltage LDO regulator 1.5A Negative adjustable voltage LDO regulator 1.5A Negative adjustable regulator , surf mount 3A Negative fixed voltage LDO regulator 3A Negative fixed voltage LDO regulator 3A Negative fixed voltage LDO regulator 3A


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PDF LF198H LM101AH LM101AJ8 LM101AW RH101AH RH101AJ8 RH101AW RH101ADICE MSK0041RH MSK106RH 5962R8961002VHA rh1499mw RH1009MH TID RADIATION TEST OF OP. AMP 5962R8961002VXC 1X10E12 RH1014MW RH6105 5962R0920602 LDO spice model
LH7002

Abstract: lm337l
Text: DIFFERENTIAL (V) Pos. Regulator Dropout Voltage vs Temperature Negative Regulator Dropout Voltage vs , ) Negative Regulator Adjustment Pin Current vs Temperature Positive Regulator Reference Voltage Stability vs Temperature Negative Regulator Reference Voltage Stability vs Temperature a uè Ï 2 , (Figure 1). The negative regulator develops -1.25V. The reference voltage is impressed across pro gram , Negative Regulator vs In-to-Out Voltage Differential In a Typical LH7001H (TO-5 Package) U O £ 5 * 05


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PDF LH7001 LH7001 LM301A, LM307 LF13741 LH7002 lm337l
negative regulator

Abstract: H08D LH7001 LH7001CN LH7001H S125
Text: terminals can be bypassed to achieve very high ripple rejection. The positive and the negative regulator , TEMPERATURE (°C) Negative Regulator Dropout Voltage vs Temperature 15 M % è 23 i 2X1 15 o 5 , ) Negative Regulator Reference Voltage Stability vs Temperature 1.22 •75 -50 -25 0 25 50 75 100 125 150 , Positive and Negative Regulator vs In-to-Out Voltage Differential in a Typical LH7001CN (DIP Package) pos , Power of Positive and Negative Regulator vs In-to-Out Voltage Differential in a Typical LH7001H (TO


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PDF LH7001 LH7001 LM301A, LM307 LF13741 Tl/K/10127-2 negative regulator H08D LH7001CN LH7001H S125
Not Available

Abstract: No abstract text available
Text: terminals can be bypassed to achieve very high ripple rejection. The positive and the negative regulator are , . Regulator Dropout Voltage vs Temperature Negative Regulator Dropout Voltage vs Temperature Positive , Regulator Adjustment Pin Positive Regulator Reference Voltage Stability vs Temperature Negative , 2 7 -1 9 FIGURE 11. Dissipated Power of Positive and Negative Regulator vs In-to-Out Voltage , National Semiconductor LH7001 Positive/ Negative Adjustable Regulator General Description The


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PDF LH7001 LH7001 LM301A, LM307 LF13741
1998 - HA17723

Abstract: negative Voltage Switching Regulator switching regulator circuit
Text: 7 V) Regulator High Voltage (7 to 37 V) Regulator : Figure 2 shows the construction of a regulator , ) Regulator 149 HA17723/F Negative Voltage Regulator : Figure 3 shows the construction of a so-called negative voltage regulator , which generates a negative output voltage with regard to GND. Assume that the , : Figure 3 Negative Voltage Regulator How to Increase the Output Current: To increase the output current , Switching Regulator Figure 8 Negative Voltage Switching Regulator 152 HA17723/F Figure 9


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PDF HA17723/F HA17723 150mA HA17723F DP-14 FP-14DA negative Voltage Switching Regulator switching regulator circuit
ac to dc flyback converter

Abstract: 1N4148 AN660 APP660 float buck driver SHARP FLYBACK TRANSFORMER
Text: produces a negative output voltage , which is not aided by the source voltage . The inverting regulator , voltage less than the input. The negative boost regulator (b) has an output more negative than the input. The negative-inverter regulator (c) converts a negative voltage to a positive voltage . Usually, the , you tap the switching node of a buck or inverting regulator , because the high voltage Vin varies with , ) Inefficient at high input voltages Limited output power Limited range of input/ output voltage ratio


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PDF 1N4148 com/an660 AN660, APP660, Appnote660, ac to dc flyback converter AN660 APP660 float buck driver SHARP FLYBACK TRANSFORMER
qn2222

Abstract: pe-6197 PE6197 eprom 92112 Pulse Engineering pe-6197 VICTOREEN resistor 48V to 12V buck boost converter flyback converter 12v to 18v p50n05 r-QN2222
Text: . There are 12 basic circuit categories: Battery, Boost, Buck, Buck-Boost, Flyback, Forward, High Voltage , 40/LT1070 DS Negative Boost Regulator (- 15V to - 28V) Figure 4 5 AN19, Page 38/LT1070 DS 2 Amp , Amp Regulator (8V-30V to 5V) Figure 25 18 LT3524DS High Power Linear Regulator with Switching , Regulator (6V-10V to 5V) Figure 51 32 AN23, Page 16 High Current Low Dissipation Pre-Regulated Linear Regulator Figure 52 33 AN2, Page 4/LT1038 DS Switching Pre-Regulator for Wide Input Voltage Range (7.5V-30V


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PDF CM55-T13 PE-52645 5V-35V 2N3906 2N390 100/tF LT317AH LT1072CN8 LT1004-2 2N2222 qn2222 pe-6197 PE6197 eprom 92112 Pulse Engineering pe-6197 VICTOREEN resistor 48V to 12V buck boost converter flyback converter 12v to 18v p50n05 r-QN2222
15v split supply regulator

Abstract: negative ground voltage regulator High voltage negative regulator high voltage linear regulator negative LT1070 high voltage regulator design notes Positive Voltage Regulator split supply regulator negative high voltage regulator secondary Voltage Regulators
Text: this method high efficiency negative voltage regulation, high voltage regulation, and low saturation loss positive buck switching regulator can all be achieved easily. Low dropout negative voltage , regulator design. Negative voltage regulation is achieved by connecting the output of the positive voltage , "1.5A Figure 1. High Efficiency Negative Voltage Regulation DN21-1 Another example where floating a linear regulator can be useful is shown in Figure 2. In this case high voltage regulation can be handled


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PDF LT1070 40kHz DN21-2 15v split supply regulator negative ground voltage regulator High voltage negative regulator high voltage linear regulator negative high voltage regulator design notes Positive Voltage Regulator split supply regulator negative high voltage regulator secondary Voltage Regulators
2000 - IC 723 voltage regulator

Abstract: high voltage regulator using ic 723 square wave generator ic square wave signal generator charge generator voltage regulator IC 723 low voltage regulator using ic 723 723 voltage regulator ic IC Generator to 10MHz square negative voltage generate circuit Frequency Generator 10MHz
Text: is taken high 9 GND GND 10 VNEG O (ANLG) Negative regulator output. This pin is , regulator internally powers the crystal oscillator support circuit, negative voltage generator support , square wave outputs, 3.0V voltage regulator output, and negative voltage generator are enabled. VBIAS , oscillator circuits, sine and square wave outputs, 3.0V voltage regulator , negative voltage generator, and , signal. Because the clock frequency is so high , the negative voltage generator requires only small


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PDF ML2731 10MHz 40MHz ML2731, 16-Pin ML2731CT ML2731ET DS2731-01 IC 723 voltage regulator high voltage regulator using ic 723 square wave generator ic square wave signal generator charge generator voltage regulator IC 723 low voltage regulator using ic 723 723 voltage regulator ic IC Generator to 10MHz square negative voltage generate circuit Frequency Generator 10MHz
Not Available

Abstract: No abstract text available
Text: other for negative voltages. Each regulator features stable low noise output voltage , foldback current limiting and short circuit protection, over voltage protection and high input voltage ripple , CURRENT Positive and Negative Regulator -/0.01 -/-0.01 OVER VOLTAGE LIMIT Positive Regulator , MICROELECTRONICS Dual Linear Voltage Regulator 2294300 FEATURES D ESCR IPTIO N Q The 2294300 Power , stg Input Voltage Positive Regulator


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2011 - M1530DM

Abstract: m1530 mp1530dq MPS MARKING B8
Text: 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 , their respective linear regulators. The positive and negative linear regulator inputs can withstand up , Negative 20mA Linear Regulator 250m Internal Power MOSFET Switch Up to 95% Efficiency 1.4MHz Fixed


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PDF MP1530 MP1530 TSSOP16 M1530DM m1530 mp1530dq MPS MARKING B8
2000 - low voltage regulator using ic 723

Abstract: high voltage regulator using ic 723 square wave signal generator charge generator OF IC 723 linear regulator
Text: when device goes into SLEEP mode when PDN is taken high Ground Negative regulator output. This pin is , voltage regulator output, and negative voltage generator are enabled. VBIAS is set to ­3.0V. VPA output is , outputs, 3.0V voltage regulator , negative voltage generator, and VPA output are enabled, and VBIAS is , clocked with a 2.66 MHz signal. Because the clock frequency is so high , the negative voltage generator , controller, a PA DC switch, a crystal oscillator circuit, a negative voltage generator and two voltage


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PDF ML2731 ML2731, ML2712 ML2713, IEEE802 ML2731CT ML2731ET DS2731-01 low voltage regulator using ic 723 high voltage regulator using ic 723 square wave signal generator charge generator OF IC 723 linear regulator
2006 - MP1530DM

Abstract: MP1530DM-LF-Z step-up 1N5819 EV0055 MP1530 MP1530DQ TSSOP16 TFT BIAS
Text: Positive 20mA Linear Regulator Negative 20mA Linear Regulator 250m Internal Power MOSFET Switch Up to 95 , nA CCT = 10nF Regulator #2 Turn-On/Turn-Off Delay Error Amplifier Error Amplifier Voltage , Leakage Current Typ 100 IN Shutdown Current IN Quiescent Current EN Input High Voltage EN , Linear Regulator Load Regulation Negative Linear Regulator Load Regulation 27.05 -8.475 , respective FB voltage to fall below 80% of its threshold will cause RDY to go high after approximately 15µs


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PDF MP1530 MP1530 TSSOP16 MP1530DM MP1530DM-LF-Z step-up 1N5819 EV0055 MP1530DQ TSSOP16 TFT BIAS
Not Available

Abstract: No abstract text available
Text: voltages and one for negative voltages. Each regulator features stable low noise output voltage , foldback current limiting and short cir­ cuit protection, over voltage protection and high input voltage ripple , /-0 .1 0.06 Over Voltage Limit Positive Regulator Negative Regulator in =10V VoUT Io = , MICROELECTRONICS T ^ S - 1 1-03 Dual Linear Voltage Regulator P/N 2297900 DESCRIPTION FEATURES The , ' ABSOLUTE MAXIMUM RATINGS V in Pd Tse Tj T stg - Vo Input Voltage Positive Regulator


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PDF 24Vdcorany
2003 - MIC5271

Abstract: L930 MIC5271BM5 marking l950
Text: = 90% nom. Input Low voltage Regulator OFF Input High Voltage Regulator ON Enable , MIC5271 Micrel MIC5271 µCap Negative Low-Dropout Regulator General Description Features The MIC5271 is a µCap 100mA negative regulator in a SOT-23-5 package. With better than 2% initial accuracy, this regulator provides a very accurate supply voltage for applications that require a negative rail. The MIC5271 sinks 100mA of output current at very low dropout voltage (600mV maximum at


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PDF MIC5271 MIC5271 100mA OT-23-5 100mA 600mV L930 MIC5271BM5 marking l950
2010 - Not Available

Abstract: No abstract text available
Text: negative linear regulator output voltage . FB2 regulation threshold is GND. Positive Linear Regulator , regulator output voltage . FB3 regulation threshold is 1.25V. On/Off Control Input. Drive EN high to turn on , 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


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PDF MP1530 MP1530 TSSOP16
2005 - VFB3 inverter

Abstract: MP1530DQ MP1530DM EC01 EV0055 MP1530 TSSOP16
Text: between GL and REF to set the negative linear regulator output voltage . FB2 regulation threshold is GND , linear regulator input voltage for the selected output voltage . Typically the negative charge-pump is , negative linear 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 , Negative 20mA Linear Regulator 250m Internal Power MOSFET Switch Up to 95% Efficiency 1.4MHz Fixed


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PDF MP1530 MP1530 VFB3 inverter MP1530DQ MP1530DM EC01 EV0055 TSSOP16
2011 - M1531

Abstract: M1531DM
Text: linear regulator input voltage for the selected output voltage . Typically the negative charge-pump is , negative linear 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 , fixed frequency step-up converter and a positive and negative linear regulator . The linear regulators , Step-Up Converter up to 22V Positive 10mA Linear Regulator Negative 10mA Linear Regulator 250m Internal


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PDF MP1531 MP1531 250kHz TSSOP16 M1531 M1531DM
2007 - MP1530

Abstract: MP1530DM-LF-Z
Text: string between GL and REF to set the negative linear regulator output voltage . FB2 regulation threshold , their respective linear regulators. The positive and negative linear regulator inputs can withstand up , Negative 20mA Linear Regulator 250m Internal Power MOSFET Switch Up to 95% Efficiency 1.4MHz Fixed , Lockout Hysteresis IN Shutdown Current IN Quiescent Current EN Input High Voltage EN Input Low Voltage EN , Regulator #2 Turn-On/Turn-Off Delay Error Amplifier Error Amplifier Voltage Gain Error Amplifier


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PDF MP1530 MP1530 TSSOP16 MP1530DM-LF-Z
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