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LT3970EMS#TRPBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970IDDB-3.3#TRPBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970HMS-5#PBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 125°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970EDDB-3.42#PBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970EMS-3.3#TRPBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LT3970IMS#TRPBF Linear Technology LT3970 Series - 40V, 350mA Step-Down Regulator with 2.5µA Quiescent Current and Integrated Diodes; Package: MSOP; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

40v diode 1n4148

Catalog Datasheet MFG & Type PDF Document Tags

RCR-664D-221KC

Abstract: LT3526 Figure 1. D1 1N4148 200µH* RSENSE 2 1/4W ISENSE SV + SWITCH D2 1N4148 HV = 40V MAX , each MOSFET is given by: D2 1N4148 40V 1N4148 Power MOSFET Selection The flyback , 0.33µF + 16 4 0.022µF 3 15 5 1µF 0.1µF 1N4148 LT3526 40V 1 2 3 14 , APPLICATION 12V 1N4148 200µH* RSENSE 2 1/4W + 1 ISENSE 2 SV + 10 PV + 10µF 25V , 6 SWGND PGND 15 7 1N4148 14 13 TGATEDR LT1336 12 TGATEFB UVOUT SGND
Linear Technology
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RCR-664D-221KC motor driver IRFZ44 IRFZ44 MOSFET 12v 15A dc motor speed controller circuit diagram 55585-A2 drive motor 10A with transistor P channel MOSFET LT1158 LT1160 LT1162

motor driver IRFZ44

Abstract: IRFZ44 equivalent . TYPICAL APPLICATION 12V 1N4148 200µH* RSENSE 2 1/4W + 1 ISENSE 2 SV + 10 16 1N4148 14 HV = 40V MAX* PV + 10µF 25V 5 3 4 PWM 0Hz TO 100kHz SWITCH BOOST 13 , ISENSE SV + SWITCH D2 1N4148 HV = 40V MAX SWGND BOOST LT1336 + + VBOOST TSOURCE ­ , not exceeded. The dissipation in each MOSFET is given by: D2 1N4148 40V 1N4148 Power , 0.1µF 1N4148 LT3526 40V 1 2 3 14 1k 1N4148 5k 4 6 7 11 7 9
Linear Technology
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IRFZ44 equivalent DIODE 1336 12v 10A dc driver motor control mosfet IRFZ44 parallel IRFZ44 pwm pv charge controller circuit diagram 77548-A7

n channel a type irfz44 mosfet

Abstract: IRFZ44 pwm pv charge controller circuit diagram Figure 1. D1 1N4148 ISENSE SV + SWITCH D2 1N4148 S PV + HV = 40V MAX SWGND LT1336 , dissipation in each MOSFET is given by: D2 1N4148 40V SWITCH SV + Power MOSFET Selection , PGND BGATEFB PV 16 + 40V 2200µF EA LOW ESR 1N4148 15 14 13 12 + IRFZ44 , . Typical Application 12V 1N4148 200µH* RSENSE 2 1/4W + 1 ISENSE 2 SV + 10 PV + , TSOURCE UVOUT 9 BGATEDR INTOP 8 BGATEFB INBOTTOM SGND 6 SWGND PGND 15 7 1N4148
Linear Technology
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n channel a type irfz44 mosfet Application irfz44 COMPLEMENT OF IRFZ44 1336 MARKING 1336 diode IRFZ44 pwm LT1846 HL-KM147U RCS01 IRFZ34 MBR340 LTC4446

IRFZ44 parallel

Abstract: 60v 10KHz MOSFET SW GND PGND 6 15 7 16 1N4148 14 HV = 40V MAX* + 13 12 11 9 8 IRFZ44 , Figure 1. D1 1N4148 200µH* RSENSE 2 1/4W ISENSE SV + SWITCH D2 1N4148 HV = 40V MAX SW , 40V 1N4148 RSENSE 2 1/4W ISENSE S PV + SW GND BOOST LT1336 T SOURCE + + , 40V 1 2 3 14 1k 1N4148 5k 4 6 7 11 7 9 SHUTDOWN 12 8 510 , and operating at 100% duty cycle. TYPICAL APPLICATION 12V 1N4148 200µH* RSENSE 2 1/4W +
Linear Technology
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60v 10KHz MOSFET 77548 IRFZ44 p channel dale 100mbp MOSFET IRFZ44 12v irfz44

diode 6A 1000v

Abstract: SR506 Diode RoHS. DO-27 1N4148 Diode SR510 (5A 100V) Bulk RoHS. DO-27 1N4148W Diode SR540 (5А 40V , RoHS R-1 FR151-FR157 Diode 1N4007 (1A 1000V) Bulk RoHS DO-41 FR201-FR207 Diode 1N4148 , 1N5408 (3A 1000V) Bulk RoHS DO-27 6A05-6A10 Diode 1N5822 (3A 40V) Bulk RoHS DO-27 UF4001-UF4007 , -27 ZMM1-ZMM75 Diode SS16 (1A 60V) T&R RoHS. SMA ZM4728 -ZM4761 Diode SS14 (1A 40V) T&R RoHS. SMA , : +852 8106 7099 Kingtronics Diode & Rectifier List Diode Rectifier Diode Rectifier M7 (SMD4001
Kingtronics International
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diode 6A 1000v SR506 Diode Diode SR360 SM4007 Diode diode her307 SMD4001-4007 SR560 UF4004 UF4007 10A10 LL4148

lm324 rtd application

Abstract: Current Mirror FET : 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA ­VS +VS ­VS , : ±25ppm/°C q WIDE VOLTAGE COMPLIANCE: 2.5V to 40V q ALSO INCLUDES CURRENT MIRROR APPLICATIONS q SENSOR , nAp-p pA/Hz pF Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX I = 100µA Unless Otherwise Noted 20 200 0.995 2V to 40V I = 0µA to 250µA 40 Transfer ­25 , . ­6V to +40V Reverse Current
Burr-Brown
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lm324 rtd application Current Mirror FET AB-165A Lm324 window comparator PWS740 REF200 SBVA001 SBVA006 SZZA015 SBOA018 SGLB002

XAPP429

Abstract: SD101 captured at the input pin of the CPLD. Diode Choice: 1n4148 Typical capacitance 4pf, forward voltage 1V , Ohm Series Resistor, Rise, 1n4148 Figure 6: 1000 Ohm Series Resistor, Fall, 1n4148 Diode Choice , input voltage as 4.0V. The sensitivity of the input to increased voltage levels changes exponentially. Therefore, 4.2V is significantly more stressful than 4.0V; since higher voltages decrease the life and , caused by voltage, merely limiting the input current does not protect the oxide. Note: Vtt + Vf 4.0V
Xilinx
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XAPP429 SD101 1n4148 die LVCMOS25 MC74VHC1GT50 NCN6011

lt352

Abstract: LT3526 * RSENSE 2Ω 1/4W + 1 ISENSE 2 SV + 10 16 1N4148 14 HV = 40V MAX* PV + , Figure 1. D1 1N4148 ISENSE SV + SWITCH D2 1N4148 S PV + HV = 40V MAX SWGND BOOST , than 40V, the flyback topology must be used. To configure a flyback regulator, a resistor, a diode, a , 1N4148 40V 1N4148 RSENSE 2Ω 1/4W ISENSE S PV + P = D (IDS ) (1+ â' ) RDS (ON ) 2 , 4.7k 1µF 40V 1 2 3 14 1k 1N4148 5k 4 12 8 11 7 9 SHUTDOWN
Linear Technology
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lt352

Current source-100uA

Abstract: AB-165A Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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Current source-100uA AB-165 lm324 triangle lm393 over lm324 and rtd

LM393 flame sensor

Abstract: AB-165A : 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA ­VS +VS ­VS , : ±25ppm/°C q WIDE VOLTAGE COMPLIANCE: 2.5V to 40V q ALSO INCLUDES CURRENT MIRROR APPLICATIONS q SENSOR , nAp-p pA/Hz pF Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX I = 100µA Unless Otherwise Noted 20 200 0.995 2V to 40V I = 0µA to 250µA 40 Transfer ­25 , . ­6V to +40V Reverse Current
Burr-Brown
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LM393 flame sensor ref200Aue4 J109 Current source-200uA 2n5116

Burr-Brown IC free opa128

Abstract: PWS740 : 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA ­VS +VS ­VS , : ±25ppm/°C q WIDE VOLTAGE COMPLIANCE: 2.5V to 40V q ALSO INCLUDES CURRENT MIRROR APPLICATIONS q SENSOR , nAp-p pA/Hz pF Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX I = 100µA Unless Otherwise Noted 20 200 0.995 2V to 40V I = 0µA to 250µA 40 Transfer ­25 , . ­6V to +40V Reverse Current
Burr-Brown
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Burr-Brown IC free opa128 op amp LM324

lm324 and rtd

Abstract: AB-165 Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise Voltage , to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating Storage , . ­6V to +40V Reverse Current
Burr-Brown
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LM393 1N4148 D-2 DIODE CHIP 1N4148 LM324 circuit DIAGRAM Siliconix JFETs Dual OPA602 OPA121 OPA1013 MAT03 INA105

lm324 and rtd interfacing

Abstract: Lm324 window comparator datasheet Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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lm324 and rtd interfacing Lm324 window comparator datasheet temperature sensor REF200 1N4689 REF200AP REF200AU

PWS740

Abstract: : 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA ­VS +VS ­VS , : ±25ppm/°C q WIDE VOLTAGE COMPLIANCE: 2.5V to 40V q ALSO INCLUDES CURRENT MIRROR APPLICATIONS q SENSOR , nAp-p pA/Hz pF Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX I = 100µA Unless Otherwise Noted 20 200 0.995 2V to 40V I = 0µA to 250µA 40 Transfer ­25 , . ­6V to +40V Reverse Current
Burr-Brown
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PWS740

Abstract: : 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA ­VS +VS ­VS , : ±25ppm/°C q WIDE VOLTAGE COMPLIANCE: 2.5V to 40V q ALSO INCLUDES CURRENT MIRROR APPLICATIONS q SENSOR , nAp-p pA/Hz pF Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX I = 100µA Unless Otherwise Noted 20 200 0.995 2V to 40V I = 0µA to 250µA 40 Transfer ­25 , . ­6V to +40V Reverse Current
Burr-Brown
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AB-165a

Abstract: Current source-100uA Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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1N4148 discontinued SBVS020 amplifier lm393 LM324 lm324 current limiter

lm324 and rtd interfacing

Abstract: lm324 and rtd Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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information regarding diode 1N4148 MAT03 op 1n4148 analog constant current source rtd circuits current mirror cascode

LM393 flame sensor

Abstract: current mirror cascode Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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INTEGRATED CIRCUITS LM393 PIN DETAILS LM324 COMPARATOR IC LM393

lm324 rtd application

Abstract: PWS740 Diodes: 1N4148 or PWS740-3 Diode Bridge for reduced VOS . VO Rate Limit = 100µA/C 100µA +VS , COMPLIANCE: 2.5V to 40V q OFFSETTING CURRENT LOOPS q LOW VOLTAGE REFERENCES q CHARGE-PUMP CIRCUITRY q , Specified Temp Range 2.5V to 40V 3.5V to 30V BW = 0.1Hz to 10Hz f = 10kHz TMIN to TMAX Noise , ) 0.995 2V to 40V I = 0µA to 250µA 40 Transfer TEMPERATURE RANGE Specification Operating , . ­6V to +40V Reverse Current
Burr-Brown
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LM324 14 PIN DIAGRAM texas
Abstract: . â'" 0.3V to 30V Transient Supply Voltage (< 10ms) . 40V Input Voltage , µs µs µs µs µs µs µs Note 3: Zener diode clamps must be connected across the , with a small-signal diode connected between VS and the GATE output to simulate the effects of a 12V , designed to drive a 12V Zener diode clamp connected across the gate and source of the MOSFET switch. W , ground. Many inductive loads have these diodes included. If not, a diode of the proper current rating Linear Technology
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LTC1255
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