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Part Manufacturer Description Datasheet Download Buy Part
DC1160A Linear Technology BOARD EVAL LED DRIVER LT3518
DC1319B-A Linear Technology BOARD EVAL LED DRIVER LT3756
DC1205A Linear Technology BOARD EVAL LED DRIVER LT3592
LTC4358IDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358IDE#TRPBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: -40°C to 85°C
LTC4358CDE#PBF Linear Technology LTC4358 - 5A Ideal Diode; Package: DFN; Pins: 14; Temperature Range: 0°C to 70°C

DIODE j1 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2014 - Not Available

Abstract: No abstract text available
Text: -1 as the DC Return J1 J2 External DC Block PIN Diode J1 J2 B1: DC Bias #1 DC Bias DC Return PIN Diode J1 J2 External DC Block B2: DC Bias #2 MA4BN1840-1 DC , š @ Fo PIN Diode J1 B1: DC Bias #1 J2 90˚ @ Fo External DC Block B2: DC Bias , RF-DC Isolation  Rugged, Fully Monolithic Glass Encapsulation  J1 & J2 Matched to 50 Ω ï , DC biasing of PIN diode control circuits. It functions as an RF-DC de-coupling network as well as


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PDF MA4BN1840-2 MA4BN1840-2
2003 - transistor current booster circuit

Abstract: pin configuration transistor BD139 SCHEMATIC mda monitor power booster circuit diagram WK4D RLD-65NE iC-WKN current booster schematic SCHEMATIC mda BD139 PIN DIAGRAM
Text: m-type laser diode D3 p-type laser diode J1 open short for laser currents > 70mA (iC-WK/L , RLD-65NE laser diode . The default assembly and current path is highlighted in the below schematic , CI iC-WK/L/N J1 3 AGND VCC 6 VCC 4 MDK AGND MDA 5 MDA J3 TP Thermal , ) Comment 2.2 nF CI#, CIA# 100 nF optional: ESD protection for the laser diode ; use with longer leads to the laser diode power control capacitors CLDA# 1 µF blocking capacitors; use CLDA3 or


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diode J3

Abstract: MA4BN1840-2 DIODE j1 bonpads SN62 PB36 ag2 MA4BN1840-1
Text: ) MA4BN1840-1 Used as D.C Return PIN Diode J1 ( IN ) PIN Diode External D.C Block J2 (OUT , Bias Network Rev 1 SP2T Shunt Diode Switch Biasing J1 (IN) PIN Diode PIN Diode J3 , specified) The MA4BN1840-2 millimeter frequency bias network is suitable for D.C. biasing PIN Diode , connected at the J1 and/or the J2 ports. The MA4BN1840-2 can be utilized to D.C. bias (2) devices , maintaining > 35 dB RF to D.C. isolation. MA4BN1840-2 Schematic J2 (OUT) J1 (IN) D.C. Ground


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PDF MA4BN1840-2 15GHz 50GHz MA4BN1840-2 diode J3 DIODE j1 bonpads SN62 PB36 ag2 MA4BN1840-1
2006 - 1N5819 smd diode

Abstract: AMC7150 1n5819 smd smd package 1N5819 LED lighting circuit diagram 24v amc7150 AMC7150 12v 12vdc led driver SMD 6 PIN IC FOR PWM DA011 driver led 7150
Text: Current Test Point DC-IN Jack (D1) Reverse Protection Diode ( J1 ) Mode Selection Copyright , 1.1. Circuit Scheme: DC-IN Jack VCC VIN L Rsen D1 CS CIN + J1 OUT 1 , needed for supplying the EVM board to light up the Power LEDs. 2 D1: Reverse protection diode . It is , when input source is reverse connected. 3 J1 : Lighting mode selection connector. Four lighting modes , Lighting condition of LED1 and LED2 J1 1 LED1&LED2 connected in serial 1 2 3 4 2


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PDF AMC7150 AMC7150 12VDC 24VDC AMC7150: 1N5819 smd diode 1n5819 smd smd package 1N5819 LED lighting circuit diagram 24v amc7150 AMC7150 12v 12vdc led driver SMD 6 PIN IC FOR PWM DA011 driver led 7150
2006 - AMC7150

Abstract: 12vdc led driver 1N4148 SMD PACKAGE ADDtek 24vdc to 12vdc LED driver 1SS15C1 SMD 6 PIN IC FOR PWM LED lighting circuit diagram 24v amc7150 DIODE j1 smd 220uh
Text: Current Test Point DC-IN Jack (D1) Reverse Protection Diode ( J1 ) Mode Selection Copyright , 1.1. Circuit Scheme: DC-IN Jack VCC VIN L Rsen D1 CS CIN + J1 OUT 1 , needed for supplying the EVM board to light up the Power LEDs. 2 D1: Reverse protection diode . It is , when input source is reverse connected. 3 J1 : Lighting mode selection connector. Four lighting modes , Lighting condition of LED1 and LED2 J1 1 LED1&LED2 connected in serial 1 2 3 4 2


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PDF AMC7150 AMC7150 12VDC 24VDC AMC7150: 12vdc led driver 1N4148 SMD PACKAGE ADDtek 24vdc to 12vdc LED driver 1SS15C1 SMD 6 PIN IC FOR PWM LED lighting circuit diagram 24v amc7150 DIODE j1 smd 220uh
1998 - zener diode 6.8v

Abstract: quad 74HC04 NOT GATE datasheet of 74HC74 ic diode U3d zener diode 68v 74HC04 NOT GATE 74HC05 P116 Diode 74HC04 74HC74
Text: zener diode , 6.8V D2 1 1N5229B zener diode , 4.3V D3 1 1N4148 small signal diode J1 , J1 ­11 J1 ­3 J1 ­12 J1 ­2 J1 ­9 GND R7 4.7k SMBDATA_IN R6 4.7k SMBDATA_OUT SMBCLK_IN R5 4.7k SMBCLK_OUT R4 4.7k CAPTURE_ENABLE SMBSUS_DUT J1 ­4 CAPTURE_ENABLE , _ CLOCK J1 ­15 J1 ­8 MASK_START 12 ALERT2 ALERT1 START_DETECTED 9 J1 ­7 MASK_ALERT2


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PDF 1N5235B 1N5229B 1N4148 47knt zener diode 6.8v quad 74HC04 NOT GATE datasheet of 74HC74 ic diode U3d zener diode 68v 74HC04 NOT GATE 74HC05 P116 Diode 74HC04 74HC74
2000 - 74HC04

Abstract: 74HC05 74HC74 db25 socket DIODE j1 MAX865EUA DB25 connector datasheet for printer zener diode 6.8v 74HC04 NOT GATE 74hc04 single
Text: 3.3µF, 25V tantalum capacitors D1 1 1N5235B zener diode , 6.8V D2 1 1N5229B zener diode , 4.3V D3 1 1N4148 small-signal diode J1 1 DB25 right-angle plug J2 1 Not , J1 ­11 J1 ­3 J1 ­12 J1 ­2 J1 ­9 GND R7 4.7k SMBDATA_IN R6 4.7k SMBDATA_OUT SMBCLK_IN R5 4.7k SMBCLK_OUT R4 4.7k CAPTURE_ENABLE SMBSUS_DUT J1 ­4 CAPTURE_ENABLE


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1999 - 0.1uF 16V Ceramic Disk Capacitor

Abstract: MAX3232 pin schematic 10K SIP for microcontroller PC 74HC139 74hct245 datasheet MCM6306DJ15 10K SIP Resistor IC 74HC00 74HC00 1N4001/DIODE 1N4001
Text: capacitors D1 1 1N4001 diode J1 1 40-pin, right-angle header _Getting , socket JU1, JU2 2 Open LED1 1 Light-emitting diode R1 1 10M, 5% resistor R2 , 20 x 2-pin header ( J1 ) connects the 68L11D module to a Maxim EV kit. Table 2 lists the function of , Boot ROM (U10) 15 0000-7FFF User RAM area (U5) 8000-8FFF External chip-select 0 ( J1 pin 11) 9000-9FFF External chip-select 1 ( J1 pin 12) A000-AFFF External chip-select 2 ( J1 pin


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PDF 68L11D MC68L11D0FN2 0.1uF 16V Ceramic Disk Capacitor MAX3232 pin schematic 10K SIP for microcontroller PC 74HC139 74hct245 datasheet MCM6306DJ15 10K SIP Resistor IC 74HC00 74HC00 1N4001/DIODE 1N4001
2000 - 74HCT05

Abstract: zener diode 4.7V 74hct08 connections diode U3d zener diode 6.8v diode U3d on DIODE j1 U2 78L05 1N4688 1N4148
Text: 1N4692 zener diode , 6.8V D2 1 1N4688 zener diode , 4.7V D3 1 1N4148 small-signal diode J1 1 DB25 right-angle plug J2 0 Not installed P1 1 2x10 right-angle male , J1 ­11 J1 ­3 J1 ­12 J1 ­2 J1 ­9 GND R7 4.7k SMBDATA_IN R6 4.7k SMBDATA_OUT SMBCLK_IN R5 4.7k SMBCLK_OUT R4 4.7k CAPTURE_ENABLE SMBSUS_OUT J1 ­4 CAPTURE_ENABLE


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2008 - AVR077: Opto Isolated Emulation for the DebugWIRE

Abstract: avr dragon AVR jtagice circuit Atmel jtag cable Schematic mkii opto-isolators bidirectional veroboard avr dragon debugging avr077 BAT43 BC546
Text: Name Description C1,C2 1 0.2µF D0 1 BAT43 Schottky diode J1 1 CON_6 6 pins , _6 J1 2K R1 1 3 1 2 3 Q2 470 R2 1 FDS9435A VCC opto isolation , will be drawn on the AVR reset pin protection diode and the VTREF indicates the battery voltage rather


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PDF AVR077: AVR077: Opto Isolated Emulation for the DebugWIRE avr dragon AVR jtagice circuit Atmel jtag cable Schematic mkii opto-isolators bidirectional veroboard avr dragon debugging avr077 BAT43 BC546
2003 - pn junction diode structure

Abstract: schottky Diode PV application pn junction diode application pn junction diode p-n silicon diode
Text: Figure 13 below. Serial D D1 Diode J1 1 2 3 4 a1 b1 a2 b2 a3 b3 a4 , Chip Diode Application Note Introduction The markets of portable communications, computing and , Bourns has emerged that offers the capability to provide a silicon diode with minimal packaging overhead , 1A: Cross Section of 0805/1206 Package Structure Chip Diode Application Note 1 Mounting , Testing & Packing Au, Ni, Cu Figure 1B: Cross Section of 0603/1005 Package Structure Chip Diode


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PDF e/IPA0307 pn junction diode structure schottky Diode PV application pn junction diode application pn junction diode p-n silicon diode
2006 - TP212

Abstract: c102 TRANSISTOR SM0402 IN4148W c103 TRANSISTOR samsung reflow profile transistor c100b CDRH8D28-4R7 TP209-TP212 c106 TRANSISTOR
Text: Fast Switching Diode J1 , J2 2 - - - - 111-0701-001 JOHNSON-COMP Binding , the bias supply to VIN. Plus terminal to J1 (VIN) and negative return to J2(GND). 3. Verify that all , REG 2 R5 R4 Q2 1 3 Q5 5.49K 1 1 J1 1 2 OPEN 1 2 2 VOUT2


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PDF ISL8502EVAL1Z: ISL8502 AN1277 TP212 c102 TRANSISTOR SM0402 IN4148W c103 TRANSISTOR samsung reflow profile transistor c100b CDRH8D28-4R7 TP209-TP212 c106 TRANSISTOR
EFJ142

Abstract: EFJ-142 SK9505
Text: Resistor C1 330nF, 50V Capacitor C2 1nF, 50V Capacitor C L 0.01 nF, 50V Chip Capacitor D1 1N914 Diode J1 , diode is required to charge the bootstrap capacitor. The HV400MJ/883 in combination with the M O SFET , Output Current Peak Output Current Diode (Pin 7) Stored Charge Rise Time Fall Time Delay Time (Lo to Hi , of diode D1 or D7 The reverse leakage current of diode D1 or D7 The time integral of the reverse


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PDF Mll-Std883 000pF HV400MJ/883 HV400MJ/883 1700x1820 483nm EFJ142 EFJ-142 SK9505
1997 - 74HC00

Abstract: c03f MAX1240 MAX1240BCPA MAX1241 MAX1241BCPA MAX1241EVL11-DIP MAX872CPA MCM6306DJ15
Text: 4.7µF capacitor C5 1 10µF capacitor C7 1 0.047µF capacitor J1 1 2x20 header , MODULE GND GND J1 -1 GND J1 -2 GND J1 -3 GND J1 -4 VDD J1 -7 VDD J1 -8 VDD C5 10µF VDD PA1/IN2 J1 -28 PA3/IN4/OUT5 J1 -30 VDD SHDN SCLK MAX1241 JU1 PA3/SHDN 3 6 PA6/OUT2 J1 -33 PA7/PAL/OUT1 J1 -34 MISO SCK J1 -35 J1 -37 J1 -38 C2 0.1µF , 0.1µF ceramic capacitors C10, C11 2 22µF, 20V tantalum capacitors D1 1 1N4001 diode


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PDF MAX1241 68L11D 74HC00 c03f MAX1240 MAX1240BCPA MAX1241BCPA MAX1241EVL11-DIP MAX872CPA MCM6306DJ15
2007 - SC9711

Abstract: 4000 Counts Digital Multimeter clamp meter block diagram R51M diode NC99-32 digital AC clamp meter schematic QFP100-14X20 VR30K beeper QFP-100-14
Text: V/OHM/ Diode , COM 0 0 1 1 OHM J1 , J3 V/OHM/ Diode , COM 0 1 0 0 Hz J7, J8 V/OHM/ Diode , COM 0 1 0 1 CAP J1 , J3 V/OHM/ Diode , COM 0 1 1 0 Diode /Beeper J1 , J3 V/OHM/ Diode , COM 0 1 1 1 µA J5, J6 µA/mA, COM 1 0 0 0 V J2 V/OHM/ Diode , COM 1 0 0 1 OHM/ Diode /Beeper/CAP J1 , µA/mA, COM 1 1 0 0 Diode J1 , J3 V/OHM/ Diode , COM 1 1 0 1 Beeper


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PDF SC9711 SC9711 QFP-100-14x20-0 000nF, 30Sec) 999Hz, 999KHz, 99KHz, 999MHz 4000 Counts Digital Multimeter clamp meter block diagram R51M diode NC99-32 digital AC clamp meter schematic QFP100-14X20 VR30K beeper QFP-100-14
2012 - Not Available

Abstract: No abstract text available
Text: equivalent C10, C11 0 Not installed, ceramic capacitors D1 0 Not installed, diode J1 , D5 1 C1 DC2 AVL 4 J1 BYP DC1 LX AVL LX GND C2 B1 B2 U1 L1 1µH MAX8971 PGND D3 C2 1µF J1 -20 J1 -15 J1 -14 J1 -13 J1 -12 J1 -11 J1 -10 J1 -9 J1 -8 J1 -7 J1 -6 A4 BAT C6 2.2µF J2-10 J2-9 J2-8 J2-7 J2-6 J2-5 J2-4 J2-3 J2-2 J2-1 IRQB THM C9 47µF B4 I2CIN C12 0.1µF J1 -5 AVL JU3 1


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PDF MAX8971 MAX8971 100mA/500mA 1500mA. MAX8971EWP+
1995 - 10k multiturn preset

Abstract: thermistor tr3 13a1002 10k multiturn preset potentiometer 9v "Battery Holder" MAX713CPE MAX712EVKIT-DIP MAX713 TACT Switch with LED BATTERY HOLDER 2 AA
Text: C7 1 0.01µF ceramic capacitor SWB 1 8-position DIP switch D1 1 1N4001 diode J1 1 3-pin jumper header TR1­TR3 3 LED1, LED2 2 Red LEDs 10k at +25°C , 3-pin power connector R8 1 20k multiturn potentiometer None 1 Shunt for J1 , overhead is needed to allow for worst-case voltage drops across the pass transistor (Q1), the diode (D1 , AA cells, depending on J1's position. Jumper J1 should be placed across pins 2 and 3 for a single


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PDF MAX712 MAX712EVKIT-DIP N4001 2N6109 MAX712/MAX713 10k multiturn preset thermistor tr3 13a1002 10k multiturn preset potentiometer 9v "Battery Holder" MAX713CPE MAX712EVKIT-DIP MAX713 TACT Switch with LED BATTERY HOLDER 2 AA
HV400CP

Abstract: HV400IP hv4001 HY400 scr gate driver ic EFJ142 HV400 SCR TRIGGER PULSE TRANSFORMER 86CM HV400Y
Text: tiF, 50V Chip Capacitor D1 1N914 Diode J1 , J2 PC Mount Banana Jack Johnson 108-0740-001 J3, J4 PC , required for high side switches. No high voltage diode is required to charge the bootstrap capacitor. The , jiA 41Ä- Diode (Pin 7) Stored Charge Qrr 'd = 100mA r25°C nC NOTE: Limits are 100% tested at , input (Pin 2) = V+ Vf The forward voltage of diode D1 or D7 Ir • sät- The revers^feakage current of diode D1 or D7 _ — Qrr The time integral of the reverse current at turn off AC


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PDF HV400 000pp 300kHz HV400 HV400CP HV400IP hv4001 HY400 scr gate driver ic EFJ142 SCR TRIGGER PULSE TRANSFORMER 86CM HV400Y
1998 - J118 MOSFET

Abstract: J120 MOSFET J115 mosfet MAX1661EUB MAX1662 MAX1662EUB MAX1662EVSYS MAX1663 MAX1663EUB J117 MOSFET
Text: , 4.3V D3 1 1N4148 small signal diode J1 1 DB25 right angle plug J2 1 Not , None 1 MAXSMBUS C1, C2, C3 0 Not installed C4 1 J1 1 2 x 10 right-angle , 9 1 C4 0.1µF J1 ­2 1 R10 100 VCC SMBSUS ALERT J1 ­9 J1 ­11 J1 ­19 J1 ­17 J1 ­15 J1 ­13 J1 ­8 SMBCLK J1 ­7 SMBSUS SMBDATA ALERT GND J1 ­12 J1 ­20 J1 ­18 J1 ­16 J1 ­14 U1 MAX1662 SMBCLK VCC ADD J1 ­10 J1 ­6 J1 ­3 J1 ­5 J1 ­4 J1


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PDF MAX1662 MAX1662EVSYS MAX1662. MAX1662EVKIT MAX1662EVSYS MAX1662EVSYS, MAX1662EVKIT. J118 MOSFET J120 MOSFET J115 mosfet MAX1661EUB MAX1662EUB MAX1663 MAX1663EUB J117 MOSFET
AD711AN

Abstract: DM74LS04N Vermason adi label on the box LK11 EVAL-AD7898CB AD7898 AD780 AD711 lk111
Text: Multicomp/FEC FEC 770-462 D1 SD103C Schottky Diode J1 DIN41612-96 Harting/FEC FEC , via J1 . LK5 A CS/CONVST is supplied from the EVALUATION-BOARD CONTROLLER via J1 . LK6 A , EVALUATION-BOARD CONTROLLER via J1 . LK8 A +12V supplied from EVALUATION-BOARD CONTROLLER via J1 . LK9 A -12V supplied from EVALUATION-BOARD CONTROLLER via J1 . LK10 LK11 B & B SCLK generated , EVALUATION BOARD INTERFACING Interfacing to the evaluation board is via a 96-way connector, J1 . J1 is used


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PDF 12-Bit, 220kSPS EVAL-AD7898CB AD7898 AD7898 Eval-AD7898CB K-645/1 AD7898AR-10 AD711AN DM74LS04N Vermason adi label on the box LK11 AD780 AD711 lk111
2011 - SFH4651

Abstract: Infrared Receiver sensor 860nm MAX44000 MAX44000GDT 161nF Infrared proximity Sensor EPCB44000LD C75-C81 IR Receiver 3pin tdk R33 6pin
Text: , 860nm IR LED diode (MIDLED) Osram SFH4651 IRLED2 0 Not installed, diode J1 1 2 x 3 , DESCRIPTION 1 IRLED1 QTY DESCRIPTION J1 1 Ambient and infrared proximity sensor (6 OTDFN) Maxim MAX44000GDT+ PCB 70mA, 1.6V, 860nm IR LED diode (MIDLED) Osram SFH4651 1 2 x 3 , ( J1 ) on the daughter board with the 6-pin rightangle header (J4) on the EV kit, and press them


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PDF MAX44000 MAX44000 MAX44000GDT+ Products24 SFH4651 Infrared Receiver sensor 860nm MAX44000GDT 161nF Infrared proximity Sensor EPCB44000LD C75-C81 IR Receiver 3pin tdk R33 6pin
Not Available

Abstract: No abstract text available
Text: IRLED1 1 70mA, 1.6V, 860nm IR LED diode (MIDLED) Osram SFH4651 IRLED2 0 Not installed, diode J1 1 2 x 3 right-angle female header J2 0 Not installed, 24-pin (2 x 12 , QTY DESCRIPTION 1 IRLED1 QTY DESCRIPTION J1 1 Ambient and infrared proximity sensor (6 OTDFN) Maxim MAX44000GDT+ PCB 70mA, 1.6V, 860nm IR LED diode (MIDLED) Osram SFH4651 , ( J1 ) on the daughter board with the 6-pin rightangle header (J4) on the EV kit, and press them


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PDF MAX44000 MAX44000 MAX44000GDT+
hv400ip

Abstract: SCR 30v triggering circuit scr drive transformer base circuit diagram DDSS33S lopg HV400 SCR TRIGGER PULSE TRANSFORMER B44 transistor SCR TRIGGER 111 PULSE TRANSFORMER SCR TN 22 1500
Text: Capacitor CL 0.01 nR 50V Chip Capacitor D1 1N914 Diode J1 , J2 PC Mount Banana Jack Johnson 108-0740-001 J3 , high voltage diode is required to charge the bootstrap capacitor. The HV400 in combination with the , +25°C 0 0.1 1 HA Full 0 1 HA Diode (Pin 7) Stored Charge Orr lD = 100mA +25°C 6.5 nC NOTE , ) leakage current with the input (Pin 2) = V+ Vf The forward voltage of diode D1 or D7 Ir The reverse leakage current of diode D1 or D7 Qrr The time integral of the reverse current at turn off AC PARAMETERS


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PDF 43D2271 D0SS33E HV400 000pF 300kHz HV400IP HV400IB HV400MJ/883 HV400 100mA/div SCR 30v triggering circuit scr drive transformer base circuit diagram DDSS33S lopg SCR TRIGGER PULSE TRANSFORMER B44 transistor SCR TRIGGER 111 PULSE TRANSFORMER SCR TN 22 1500
HV400

Abstract: SCR Gate Drive hv400m
Text: , 50V Capacitor C2 1nF, 50V Capacitor C[_ 0.01 nF, 50V Chip Capacitor D1 1N914 Diode J1 , J2 PC Mount , supply is required for high side switches. No high voltage diode is required to charge the bootstrap , 100mA + 25°C Full Reverse Leakage Current !r V R = 30V + 25°C Full Diode (Pin 7) Stored Charge Q rr Ip = , (Pin 2) = V+ The forward voltage of diode D1 or D7 The reverse leakage current of diode D1 or D7 The , R1 and R2 reduce the SCR recovery time. The two diodes connected to the diode input pin 7 provide


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PDF HV400 HV400 1000nC. 000pF 50ns/div 200mA, SCR Gate Drive hv400m
Not Available

Abstract: No abstract text available
Text: Capacitor C2 1(iF, 50V Capacitor CL 0.01|iF, 50V Chip Capacitor D1 1N914 Diode J1 , J2 PC Mount Banana , high voltage diode is required to charge the bootstrap capacitor. Spécifications HV400 Absolute , Diode (Pin 7) Stored Charge VF !r Qrr Id = 100mA NOTE: Limits are 100% tested at +25°C , voltage of diode D1 or D7 'r The reverse leakage current of diode D1 or D7 Qrr The time , diodes connected to the diode input pin 7 provide some operation flexibility. With pins 2 and 7


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PDF HV400 000pF HV400 1000nC. 483jim) HV400Y
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