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211H75UA40A175R Ohmite Mfg Co Master Electronics 11 - -
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MC44BC375UAEF Freescale Semiconductor Rochester Electronics 1,824 $1.90 $1.54
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MC44BC375UAEFR2 Freescale Semiconductor Rochester Electronics 147,500 $1.90 $1.54
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75uA Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Condor MB15-1.5-A

Abstract: MD512 MTAA-16W-A MIL-STD-810D 514.3 CSA234 5V-30A MBAA40W-A MCAA60W-A condor dc
Text: 6.0A 6.0µA C D MD5-12/OV-A 5V 12.0A 7.5µA ML12-0.5-A 12V 0.5A 2.0µA L , 6.8A 7.5µA D ML15-0.4-A 15V 0.4A 2.0µA L MB15-1.5-A 15V 1.5A 6.0µA B MC15-3-A 15V 3.0A 6.0µA C MD15-6-A 15V 6.0A 7.5µA D ML24 , 6.0µA C MD24-4.8-A 24V 4.8A 7.5µA D MB28-1-A 28V 1.0A 6.0µA B MC28-2-A 28V 2.0A 6.0µA C MD28-4-A 28V 4.0A 7.5µA D Model (Dual) Output 1


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PDF UL544, IEC601 CSA234 240Vac: 47-63Hz. 230Vac 95-132/190-264Vac, 90-132/180-264Vac MTAA-16W-A Condor MB15-1.5-A MD512 MTAA-16W-A MIL-STD-810D 514.3 5V-30A MBAA40W-A MCAA60W-A condor dc
1999 - ASTM-F-1892

Abstract: 38510R75001 ASTM-F1892 54AC00 seu 54AC14 MDS Fairchild 54ac14 54AC14 seu 54ACTQ574 54AC00 54AC240
Text: 15µA RHA-D 10 krad(Si) 75µA 75µA 75µA 75µA 75µA 75µA 100µA 100µA 50µA 75µA 75µA 75µA 75µA 75µA 75µA 320µA 320µA 75µA 75µA 75µA 75µA 75µA 75µA 75µA 75µA 75µA 75µA 100µA 100µA 100µA 25µA -25µA 100µA 100µA 75µA 75µA 200µA 200µA 100µA 100µA 72 RHA-P 30 krad


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PDF F100K 61E-05 00E-08 64E-05 51E-05 50E-03 06E-06 01E-06 ASTM-F-1892 38510R75001 ASTM-F1892 54AC00 seu 54AC14 MDS Fairchild 54ac14 54AC14 seu 54ACTQ574 54AC00 54AC240
2009 - LT3680H

Abstract: No abstract text available
Text: regulator with Burst Mode® operation to keep quiescent current under 75uA. The LT3680 operates within a VIN , News Release www.linear.com 36V, 3.5A, 2.4MHz Step-Down DC/DC Converter Requires Only 75uA of , www.linear.com. 36V, 3.5A, 2.4MHz Step-Down DC/DC Converter Requires Only 75uA of Quiescent Current & , 75uA Quiescent Current Summary of Features: LT3680 · · · · · · · · · · · · · · · , : IQ = 75uA at 12VIN to 3.3VOUT Adjustable Switching Frequency: 200kHz to 2.4MHz Low Shutdown Current


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PDF LT3680, LT3680 LT3680H
2007 - LT3680EDD

Abstract: DFN-10 LT3680IDD DFN-10 package switching regulator
Text: under 75uA. The LT3680 operates within a VIN range of 3.6V to 36V, making it ideal for load dump and , News Release www.linear.com 36V, 3.5A(IOUT), 2.4MHz Step-Down DC/DC Converter Draws Quiescent Current of Only 75uA MILPITAS, CA ­ August 14, 2007 ­ Linear Technology Corporation announces the LT3680 , Current of Only 75uA page 2 Photo Caption: 36V, 3.5A Step Down with Only 75uA Quiescent Current , 3.5A Maximum Output Current Low Ripple (<15mVP-P) Burst Mode Operation: IQ = 75uA at 12VIN to 3.3VOUT


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PDF LT3680, LT3680 LT3680EDD DFN-10 LT3680IDD DFN-10 package switching regulator
KIC3211SN

Abstract: KIC3201 KIC3201T KIC3201DN KIC3211T 12V-40V cap free
Text: Step) 12 V 400mA 2% 8uA - OK OK KIC3211T TSV 1.2V-4.0V (0.1V step) 6.0V 150mA 1% 75uA 70dB(lkHz) 60dB(10kHz) OK OK KIC3211SN SONI 612-6 1.2V-4.0V (0.1V step) 6.0V 150mA 1% 75uA 70dB(lkHz) 60dB(10kHz) OK OK KIC3201T TSV 1.2V-4.0V (0.1V step) 6.0V 300mA 1% 75uA 70dB(l kHz) 60dB(10kHz) 09.12 09.12 10.04 10.04 KIC3201DN DFN 1.2V-4.0V (0.1V step) 6.0V 300mA 1% 75uA 70dB(lkHz) 60dB(10kHz) (Package Line-up^ Outline


OCR Scan
PDF 470dBt 150mA 300mA 500mA KIC3201T 400mA KIC3211T 10kHz) KIC3211SN KIC3201 KIC3201DN 12V-40V cap free
1999 - 74LVTHxxx

Abstract: AN-5006
Text: data-bus. Using LVT with an II(HOLD) specification of ± 75µA , 750µA of drive will be available to hold this , ) specified at ± 75µA , a single device with bushold will hold a large data-bus, with power dissipation held at , this example). For a pull-up resistor: VCC = 3.0V VIN = 2.0 V (0.8V is the IHOLD 75µA specification , )/50K] = 44µA Thus, 50K reduces the minimum bushold low current from 75µA to ( 75µA - 44µA) or 31 µA. For a pull-down resistor: VCC = 3.0V VIN = 2.0 V (2.0V is the IHOLD - 75µA specification) 2.0V


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PDF AN-5006 AN-5006 74LVTHxxx
2009 - floating regulator circuits

Abstract: MSOP-16
Text: Requires Only 75uA of Quiescent Current MILPITAS, CA ­ September 3, 2009 ­ Linear Technology Corporation , ® operation keeps quiescent current under 75uA in no load standby conditions. The LT3695 operates from a 3.6V , (60V Transient), 1A Fault Tolerant Step-Down Regulator Requires Only 75uA of Quiescent Current page , Left Floating 1A Output Current Low Ripple (< 15mVP-P) Burst Mode® Operation: IQ = 75uA for 12VIN to , Only 75uA of Quiescent Current page 3 About Linear Technology Linear Technology Corporation, a


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PDF LT3695, LT3695 floating regulator circuits MSOP-16
2008 - LT3682

Abstract: LT3682EDE
Text: News Release www.linear.com 36V Input with 60V Transient Protection, 1A(IOUT), 2.2MHz Step-Down DC/DC Converter Offers Quiescent Current of Only 75uA MILPITAS, CA ­ December 17, 2008 ­ Linear , transient protection up to 60V. Its Burst Mode® operation keeps quiescent current under 75uA in no load , /DC Converter Offers Quiescent Current of Only 75uA page 2 Photo Caption: 36V (60V Transient , Circuits through 60V Transients 1A Output Current Low Ripple(< 15mVP-P) Burst Mode® Operation: IQ = 75uA


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PDF LT3682, LT3682 LT3682EDE
2008 - DFN-10

Abstract: No abstract text available
Text: ® operation to keep quiescent current under 75uA. The LT3972 operates within a VIN range of 3.6V to 33V, with , News Release www.linear.com 33VIN, 3.5A(IOUT), 2.4MHz Step-Down DC/DC Converter Draws Only 75uA of Quiescent Current & Withstands 62V Transients MILPITAS, CA ­ October 2, 2008 ­ Linear , Draws Only 75uA of Quiescent Current & Withstands 62V Transients page 2 operate from a -40°C to , Output Current Low Ripple (<15mVP-P) Burst Mode® Operation: IQ = 75uA at 12VIN to 3.3VOUT Adjustable


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PDF 33VIN, LT3972, 33VIN LT3972 DFN-10
CoolRunner

Abstract: P3Z22V10 PZ3032 PZ3064 PZ5032 A-84 Pqfp 100 PQFP-100
Text: -40 -+85°C Now Now 10 500 22 0 10, 15 75µA 4.75 - 5.25V 0 -70°C Now Now 10 500 22 0 15 75µA 4.5 - 5.5V -40 -+85°C Now Now 32 1000 , , 12 45µA 3.0 - 3.3V -40 -+85°C Now Now 32 1000 36 0 6, 7.5, 10 75µA , 3.0 - 3.3V 0 -70°C Now 100 32 68 84 64 48 15, 20 75µA 3.0 - 3.3V -40


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PDF P3Z22V10 CoolRunner P3Z22V10 PZ3032 PZ3064 PZ5032 A-84 Pqfp 100 PQFP-100
1999 - 1117 3.3

Abstract: 3704E 1117 ldo IMP37-33JST IMP37-33JCM IMP37-30JST IMP37-30JCM IMP37-25JST 3725jcm IMP37
Text: Outputs x Reduced Quiescent Current: 75µA Maximum x Short Circuit and Thermal Protection x Space Saving , voltages, the IMP37 family features greatly reduced quiescent operating current. The 75µA maximum , 75µA 0.95V IMP37-25JST IMP37-25JCM 3.0V 75µA 0.95V IMP37-30JST IMP37-30JCM 3.3V 75µA 0.95V IMP37-33JST IMP37-33JCM 37_t06.eps Note: Tape and reel shipping is


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PDF 100mA 800mA OT-223 IMP37 100mA, O-261AA O-263AA Table04 1117 3.3 3704E 1117 ldo IMP37-33JST IMP37-33JCM IMP37-30JST IMP37-30JCM IMP37-25JST 3725jcm
2002 - IMP37

Abstract: IMP37-25JCM IMP37-25JST IMP37-30JCM IMP37-30JST IMP37-33JCM IMP37-33JST 1117 ldo
Text: N 1% Trimmed 2.5V, 3.0V and 3.3V Outputs N Reduced Quiescent Current: 75µA Maximum N Short Circuit , operating current. The 75µA maximum specification represents an over 100 times improvement over competitive , SOT-223 Package TO-263 Package 2.5V 75µA 0.95V IMP37-25JST IMP37-25JCM 3.0V 75µA 0.95V IMP37-30JST IMP37-30JCM 3.3V 75µA 0.95V IMP37-33JST IMP37-33JCM 37


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PDF 100mA 800mA OT-223 IMP37 O-261AA O-263AA Table04 IMP37-25JCM IMP37-25JST IMP37-30JCM IMP37-30JST IMP37-33JCM IMP37-33JST 1117 ldo
2006 - NTE1762

Abstract: NTE176 NTE1761
Text: mV Note 3. For NTE1761, voltage at Pin9 is HIGH (-I9 = 75µA ). For NTE1762, voltage at Pin9 is LOW (I9 = 75µA ). Note 4. For NTE1761, voltage at Pin9 remains LOW. For NTE1762, voltage at Pin9 remains , -16 I1 = 3mA - 0.8 0.9 V Output Voltage HIGH (Pin9) -V9-8 -I9 = 75µA - 0.1 0.5 V Output Voltage LOW (Pin9) V9 I9 = 75µA - 0.1 0.5 V Output Current


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PDF NTE1761 NTE1762 Pin11) Pin15, V2-15 Pin12) Pin14) V12-16 NTE1762 NTE176 NTE1761
2002 - IMP37

Abstract: 1117 ldo 1117 voltage regulator IMP37-33JST IMP37-33JCM IMP37-30JST IMP37-30JCM IMP37-25JST IMP37-25JCM imp 1117
Text: N 1% Trimmed 2.5V, 3.0V and 3.3V Outputs N Reduced Quiescent Current: 75µA Maximum N Short Circuit , operating current. The 75µA maximum specification represents an over 100 times improvement over competitive , 800mA SOT-223 Package TO-263 Package 2.5V 75µA 0.95V IMP37-25JST IMP37-25JCM 3.0V 75µA 0.95V IMP37-30JST IMP37-30JCM 3.3V 75µA 0.95V IMP37-33JST IMP37


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PDF 100mA 800mA OT-223 IMP37 O-261AA O-263AA Table04 1117 ldo 1117 voltage regulator IMP37-33JST IMP37-33JCM IMP37-30JST IMP37-30JCM IMP37-25JST IMP37-25JCM imp 1117
1999 - Not Available

Abstract: No abstract text available
Text: and 3.3V Outputs x Reduced Quiescent Current: 75µA Maximum x Short Circuit and Thermal Protection , 75µA maximum specification represents an over 100 times improvement over competitive devices , -263 Package 2.5V 75µA 0.95V IMP37-25JST IMP37-25JCM 3.0V 75µA 0.95V IMP37-30JST IMP37-30JCM 3.3V 75µA 0.95V IMP37-33JST IMP37-33JCM 37_t06.eps Note: Tape and reel


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PDF 100mA 800mA OT-223 IMP37 OT-223 O-263 IMP37
CM6900

Abstract: TL431* Application Note CHAMPION LLC resonant TL431 Champion Microelectronic
Text: -001A FEAO FEB 2.5V VCC VCC 7.5uA 1.25V 1V Shut-down CM6900 Soft-Start CSS PIN CSS Shut-down H->L DATA Sheet Css 7.5uA Q= CV=IT 2.5V CM6900 Css 1V PWM PWM DUTY Css 1.25V 0V2.5V Css 2.5V Soft-Start T=2.5VC/ 7.5uA Css 1.25+2.5V 1.25V 2.5V , LOW Css 3.3Ua Css 0.9V Css 7.5Ua Css 1V low Css 5V 3.3Ua OCP OVP OVP/OCP


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PDF CM6900 CM6900 UVLO13V TL431* Application Note CHAMPION LLC resonant TL431 Champion Microelectronic
2000 - NTE176

Abstract: NTE1761 NTE1762
Text: HIGH (­I9 = 75µA ). For NTE1762, voltage at Pin9 is LOW (I9 = 75µA ). Note 3. For NTE1761, voltage at , Voltage HIGH (Pin9) ­V9­8 ­I9 = 75µA ­ 0.1 0.5 V Output Voltage LOW (Pin9) V9 I9 = 75µA ­ 0.1 0.5 V Output Current, Output Voltage HIGH ­I9 V9 = 4.5V 75


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PDF NTE1761 NTE1762 Pin11) Pin15, Pin12) Pin14) NTE176 NTE1761 NTE1762
2003 - NJU6724

Abstract: DMY56-DMY63 NJU6714 clmx 128RGBx160 CLMA126
Text: VDDH (=VDDHA)-VOUT > 3V 1uA < IOUT 75uA 1 IERR1 -3 +3 5 µA Ta=25°C, Rs = 4.7K (T.B.D) VDDH(=VDDHA)-VOUT > 3V 75uA < IOUT 800uA 2 IERR2 -4 +4 % 5 Ta=25°C, Rs = 4.7K (T.B.D) VDDH(=VDDHA)-VOUT > 3V VOUT Channel Error < 2V ICER1 1uA < IOUT 75uA -1.5 +1.5 5 µA 1 Ta=25°C, Rs = 4.7K (T.B.D) VDDH(=VDDHA)-VOUT > 3V VOUT Channel Error < 2V ICER2 75uA < IOUT 800uA -2 +2 %


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PDF NJU6724 128RGB NJU6714NJU6724 128RGBx160 DMY93-DMY95 CLMA126 CLMB126 CLMC126 NJU6724 DMY56-DMY63 NJU6714 clmx 128RGBx160 CLMA126
UTX3110

Abstract: No abstract text available
Text: recovery time * 1V @ 3 Adc 5µA 75µA 100ns 1V @ 2 Adc 5µA 75µA 100ns 50V


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PDF UTX3105-UTX3120, UTX4105-UTX4120 UTX4105 UTX4115 UTX4120 UTX3115 UTX3120 100ns UTX3110 UTX3110
1998 - MIC4807

Abstract: MIC4807BN
Text: , making the part unaddressable. CS is TTL compatible with an internal pull-down current sink of 75µA. , compatible with an internal pull-down current sink of 75µA. 16 Data-in Data-in determines the state , sink of 75µA. Electrical ground to chip substrate. Positive logic supply voltage (10V-15V). 7-10 , have an internal 75µA pull-down sink. If the logic lines to the MIC4807 are severed, these currents , HVOUT0 1.4V CS Clear OE Address Decoder + - Total of 8 Channels 75µA Drive


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PDF MIC4807 MIC4807 0V-15V) MIC4807BN
1998 - SCR DRIVER

Abstract: pin DIAGRAM OF IC 2407 M54133GP TRC2 M54133FP M54133 2407 get ic
Text: SCRT 6 STAGES 25µA 48k VCC 7.5µA 7.5µA 7.5µA 2.4V 100 5 TCR1 6 4 , has reset timer circuit of VL=0.7V, VH=2.4V, and RS VS COMMERCIAL AC LINE IC VZ IO= 7.5µA , (2.4-0.7) =75ms IO 7.5µA 3 IS (mA) +25°C 2 +85°C 3.8V -20°C 1 0 WAVEFORMS


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PDF M54133FP/GP M54133 SCR DRIVER pin DIAGRAM OF IC 2407 M54133GP TRC2 M54133FP 2407 get ic
2008 - MIC5239

Abstract: MIC6930x MIC37253 MICREL SOT-23 MIC5318 MIC5253 MIC5213 MIC5203 MIC5200 LP2951
Text: , 2.6, 2.7, 2.8, 2.85, 2.9, 3.0, 3.1, 3.2, 3.3 75µA 210mV TSOT General Purpose LDO. Yes , , 3.3/3.3, 75µA 35mV MLF® (2x2mm) Tiny ULDOTM · Dual Enable · High PSRR Yes MIC5320 , /2.8, 3.3/2.85, 3.3/2.9, 3.3/3.0, 3.3/3.2, 3.3/3.3, 4.6/2.8, 75µA 35mV MLF® (1.6x1.6mm) TSOT , , 75µA 35mV MLF® (1.6x1.6mm) TSOT-6 Tiny ULDOTM · High PSRR · Common Enable · Bypass Pin , /2.8, 3.0/3.0, 3.3/3.3 75µA /LDO 210mV MLF® (2.5x2.5mm) µCap LDO Regulator. MIC2210 150


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PDF MIC5231 650nA 150mV OT-23 MIC5203 300mV MIC5213 LP2950 MIC5239 MIC6930x MIC37253 MICREL SOT-23 MIC5318 MIC5253 MIC5213 MIC5203 MIC5200 LP2951
1999 - Not Available

Abstract: No abstract text available
Text: pull-down current sink of 75µA. Clear resets all the outputs to the off state when pulled to logic "0", and is TTL compatible with an internal pull-down current sink of 75µA. Data-in determines the state of , all the outputs are turned off. OE is TTL Compatible with a pull-down current sink of 75µA. 13, 14 , Select (CS), and Clear logic inputs have an internal 75µA pull-down sink. If the logic lines to the , 75µA HVOUT7 OVER TEMP CIN BIN AIN CS Data-in Clear OE Truth Table CS X H L L L L L L L L X Clear


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PDF MIC4807 MIC4807
1997 - MIC4807

Abstract: MIC4807AJB MIC4807BN
Text: compatible with an internal pull-down current sink of 75µA. 7 Clear Clear resets all the outputs to , of 75µA. 16 Data-in Data-in determines the state of the output being addressed. When Datain , turned off. OE is TTL Compatible with a pull-down current sink of 75µA. Electrical ground to chip , have an internal 75µA pull-down sink. If the logic lines to the MIC4807 are severed, these currents , - HVOUT0 1.4V CS Clear OE Address Decoder + - Total of 8 Channels 75µA


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PDF MIC4807 MIC4807 0V-15V) MIC4807AJB MIC4807BN
2011 - Not Available

Abstract: No abstract text available
Text: 100VAC Touch Leakage Current < 75µA @ 132VAC @ 60Hz < 75µA @ 264VAC @ 60Hz Output Output


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PDF MSMP150 MSMP150 EN60601-1 MSMP15012F MSMP15015F MSMP15024F MSMP15028F MSMP15048F 264VAC 240VAC
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