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Part Manufacturer Description Datasheet BUY
TPD4E004DSFR Texas Instruments UNIDIRECTIONAL, SILICON, TVS DIODE visit Texas Instruments
TPD3E001DRY Texas Instruments UNIDIRECTIONAL, SILICON, TVS DIODE visit Texas Instruments
TPD2E001YFPR Texas Instruments DIODE UNIDIRECTIONAL, SILICON, TVS DIODE, LEAD FREE, DSBGA-4, Transient Suppressor visit Texas Instruments
UC1610J/883B Texas Instruments SILICON, BRIDGE RECTIFIER DIODE visit Texas Instruments
UC3612DP Texas Instruments SILICON, RECTIFIER DIODE visit Texas Instruments
UC3612J Texas Instruments SILICON, RECTIFIER DIODE visit Texas Instruments

Diode C3

Catalog Datasheet MFG & Type PDF Document Tags

10 AMP 1200V RECTIFIER DIODE

Abstract: 1200v diode to247 Module C3 Single diode module Plastic Module C3 Common Anode diode module Plastic Module C3 Common Cathode diode module Plastic Module C3 Series diode module Plastic Module C3 Single diode module Plastic Module C3 Common Anode diode module Plastic Module C3 Common Cathode diode module Plastic Module C3 Single diode module Plastic Module C3 Series diode module TO254 TO247 TO247 TO220 D2 PAK D3 PAK D3 PAK , Diode C3 Enhanced Ultrafast common cathode diode C3 Enhanced Ultrafast Diode C3 Enhanced Ultrafast Diode
Semelab
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"IR Sensor"

Abstract: mouse ir sensor PA2 IR LED [pullup R, steering diode] C3 0.1uf PA3 IR Sensor Module [pulldown Rs , . Encoder RM2 RST IR2 PA2 IR LED C3 0.1uf [pullup R, steering diode] OSC2 OSC1 , PA2 IR LED [pullup R, steering diode] RST PA3 IR Sensor Module [pulldown Rs, schmitt trig.] OSC2 X1 OSC1 PB2 R1 820W (20-pin PDIP) C4 37pf 6MHz C5 37pf C3 , (Battery Powered) R1 820W (20-pin PDIP) C4 37pf 6MHz RST C3 37pf C1 0.1uf (20
Motorola
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Ceramic resonator 455khz

Abstract: CP8223R Ceramate Technical Co., Ltd. CP8223R Typical application Circuit (for reference only) : IR DIODE C3 , CMOS TECHNOLOGY l VDD = 3V l 64 CODE BIT available by DIODE OPTION l CERAMIC RESONATOR 455KHZ l , : CUSTOM CODE C0 C1 C2 C3 C4 C5 C6 C7 DATA CODE C0 C1 C2 C3 C4 C5 C6 C7 9 ms 4.5ms DATA CODE 3 C4 C5 C6 C7 CUSTOM CODE C0 C1 C2 C3 C4 C5 C6 C7 2. DATA CODE : KI KI KO Ko0 DO 1 , Ko2 Ko3 Ko4 A A KI B C D E C1 C2 C3 C4 C5 C6 C7 0 0 0 0 0 0 0 0 0 0
Ceramate Technical
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38KHZ 1N4148 2SC2001 Ceramic resonator 455khz DIODE ko3 CERAMATE TECHNICAL ir 38khz emitter Ceramate Technical Company RESONATOR 455kHz DIP-14

P2M2

Abstract: Dickson Electronics U1A BAT 1 C2 VDD 3 2 D2 R1 C3 C1 GND GND Figure 1. Single cell power supply D1 DIODE BAT U2B BAT U2A C2 V2 D2 DIODE C3 DIODE C4 V4 D4 Vcc DIODE C5 C6 GND 6 3 5 74LV132 74LV132 R1 C1 GND Figure 3. Dickson Charge Pump , very low and the battery life can reach several month. C2 VDD 3 2 D2 R1 C3 C1 GND GND , . The square wave output is connected to a voltage doubler with D1, D2, C2 and the output voltage at C3
Philips Semiconductors
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P89LPC900 AN10218 LPC900 P2M2 Dickson Electronics LPC932 VOLTAGE TRIPLER AN10218 Philips LPC900 microcontrollers single cell power supply

GAAS FET AMPLIFIER for optical receiver

Abstract: FET differential amplifier circuit C2 R Diode C3 PD R=3k C1=200pF C2=100pF C3=2200pF Cout=470pF CPD = 0.3pF(typical , as a pre-amplifier which is an amplifier for a faint photo current from a PIN photo diode (PD). The
Sumitomo Electric
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F0100504B GAAS FET AMPLIFIER for optical receiver FET differential amplifier circuit transimpedance amplifier F0321818M F0832483T 100MH 1900MH OC-48/STM-16 MIL-STD-883C

PIN diode SPICE model

Abstract: NET028 300 fF 110 fF protection diode C2 575 fF 475 fF 380 fF 35 fF protection diode C3 0 fF 50 fF protection diode R0 0 160 substrate resistance R1 0 20 series resistance diode R2 0 80 series resistance diode R3 0 12 C series resistance diode 3. LVDS INPUT STAGES: 1.25 GBIT/S, 1.6 GBIT/S AND 2.5 GBIT/S 10.6 k 200 , center node which connects the 50 Ohm termination resistors is set via a diode path to VIN (this is not
Infineon Technologies
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PIN diode SPICE model NET028 pin diode model spice R2080 NET045 NET051 D-13623

POWER AMPLIFIER CIRCUIT DIAGRAM 10000

Abstract: ultrasonic amplifier circuit diagram 0.22µF 50 Prober 2) Block Diagram of F0832483T VDD VPD R=3 k C1=200 pF C2 R Diode C3 C2=100 pF C3=2200 pF Cout=470 pF CPD=0.25 pF (typical value) PD VDD3.3 OUT IN C1 , faint photo-current from a PIN photo diode (PD). The performance in terms of sensitivity, bandwidth
Sumitomo Electric
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F0100505B POWER AMPLIFIER CIRCUIT DIAGRAM 10000 ultrasonic amplifier circuit diagram power amplifier 5 ghz MIL-STD883C
Abstract: VIN C1 220µF BST L1 33µH C8 C9 C7 100µF 22µF 0.1µF + Diode C3 0.1µF VOC , charges the external bootstrap capacitor. If the on-chip regulator is not powerful enough, add a diode , Schottky Diode dissipates the inductor current when SW is off. Hiccup-Mode Current Limit Protection The , 5â'"External Bootstrap Diode External Bootstrap Diode An external bootstrap diode helps improve , a 5V output. The bootstrap diode can be lowcost, such as an IN4148 or a BAT54. Design Example Monolithic Power Systems
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MP24971 MS-012

MP3302

Abstract: MP3302DJ D2 ZENER DIODE C3 25V 2 IN 4 EN EN WLED+ 8 C4 SW 50V MP3302 FB , problems. The current loop of IC, output diode, and output capacitor should be as short as possible. The , C3 0.1uF 50V 2 4 LED+ 8 IN EN SW LEDD2 5.6V ZENER MP3302 EN C4 , ZENER C3 0.1uF 25V D1 B0530 C4 0.47uF 25V LED+ LED- 2 8 IN SW Required , GND LED5 EN FB GND C3 LED6 6 LED7 LED8 LED9 LED10 R1 1% Figure 7 -
Monolithic Power Systems
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TSOT23-5 TSOT23 MP3302DJ MP3302DJ-LF-Z MP3302D zener diode C3 MP3302DD MP3302DD-Z MO-193 MO-229

mp3302

Abstract: QFN8 loop of IC, output diode, and output capacitor should be as short as possible. The IN pin of the IC , L1 VIN 3.3V -18V C1 4.7uF 16V C3 0.1uF 50V 4.7uH/1A Optional Bias Circuit C4 330nF 50V LED+ LEDD2 , /25V D1 B0530 C4 0.47uF 25V Q2 2N3904 D2 5.6V ZENER L2 4.7uH/1A LED+ C3 0.1uF 25V 2 , LED4 LED5 6 C3 MP3302-C136 EN GND 4 1 EN GND FB LED6 LED7 LED8 LED9 LED10 R1 1% Figure 7 - Driving 10 WLEDs in Series with 3V-6V Input Voltage L1 VIN C1 16V C2 16V D2 ZENER DIODE
Monolithic Power Systems
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QFN8 10WLED LED25 LED26 LED27

MP3302

Abstract: MP3302D ZENER DIODE C3 25V 2 IN 8 SW D1 B0530F A WLED+ C4 50V WLED- EN 4 EN MP3302 FB 6 , electromagnetic interference problems. The current loop of IC, output diode, and output capacitor should be as , 16V C3 0.1uF 50V 4.7uH/1A Optional Bias Circuit C4 330nF 50V LED+ LEDD2 5.6V ZENER FB GND 1 6 D1 , Q2 2N3904 D2 5.6V ZENER L2 4.7uH/1A LED+ C3 0.1uF 25V 2 8 LED- IN Required Bias , C2 16V LED3 LED4 LED5 6 C3 MP3302 EN GND 4 1 EN GND FB LED6 LED7 LED8 LED9 LED10 R1
Monolithic Power Systems
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TSOT23-5 C4# MPS Tsot23 top VIEW marking 7" lcd panels

circuit diagram for joystick to USB

Abstract: futaba servo motor 2 R1 C1 20pF 1Meg C2 20pF 1 DIODE C3 10uF S1 MOM GND The circuitry , D4 D5 D6 D7 25 26 27 28 29 30 31 32 R C2 S T C3 1 2 C K I Y1 10MHz
National Semiconductor
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NTE46 GP1U52X circuit diagram for joystick to USB futaba servo motor futaba transmitter Futaba Potentiometer futaba servo motor power supply circuit diagram joystick to USB RS-232 C2DS14C232

HUGD-300

Abstract: following schematics. 4 Where : L1, C2 = input cell filter D1 =free wheel diode C3 = hold up , = Hold-up mode diode C1 = Hold-up capacitor © Gaia Converter FC13-068.06/14 Revision C 7
GAIA Converter
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HUGD-300 MIL-HDBK-704-8
Abstract: diode. C3 D1, D2 VCC SW Output of the internal bias regulator Switching node D3 BST , freewheeling diode. An external resistor from VIN to this pin sets the buck switch on-time, and the switching , . Connect to the external inductor, free wheeling diode, and bootstrap capacitor. Connect a 0.022 µF , recirculating diode current flowing out of the ISEN pin. Referring to the Block Diagram, during the off-time the , internal high voltage diode. A 0.022 µF capacitor (C4) connected between BST and SW provides the voltage to National Semiconductor
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LM34930 SNVS571A

24vdc to 19vdc schematic

Abstract: HV-2405E Z2 Clamp Diode C3 150pF COMPONENT LIST FUSE = 1/4A R1 = 150, 3W R2 = 2.7, 1/4W C1 = 0.1µF , C1 0.05µF 1 AUTOMATIC TEST EQUIPMENT C4 1µF C3 150pF - 5-16 HV , IOUT = 0mA to 50mA VOUT = 5V + VZI R1 100 FUSE AC HIGH 1 2 C2 470µF C3 20pF 8 , RATED C2 = 470µF, 15V + VOUT , ELECTROLYTIC C3 = 20pF, CERAMIC C4 = 10µF, VOUT + 10V, ELECTROLYTIC , C3 monitor the input voltage and turn on Q1 which shuts down the HV-2405E when the input voltage or
Harris Semiconductor
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E130808 24vdc to 19vdc schematic 2405e HV3240 HV3-2405E-5 E1308 24VDC 24VOUT
Abstract: With Integrated Temperature Diode C3 220pF VSS 10 C2 220nF R1 10W VDD 6 SCL 5 , by diode or RTD Load dump protection of the LIN pin up to ±40V Accuracy ±0.25% FSO @ -20 to 85 , ZSSC3170 Block Diagram SCL I2CTM* Control Registers Ext. Temp. Diode SDA VBR_T Ext. RTD , section 2.4) 1.3.3.1 External Temperature Diode Channel Gain ATSED 300 1.3.3.2 External Temperature Diode Bias Current ITSED 10 1.3.3.3 External Temperature 1) Diode Input Range Zentrum Mikroelektronik Dresden
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JA-1102
Abstract: VOUT (2a) D2 Catch Diode C3 BOOST LT1934 A 0.5A Schottky diode is recommended for the , temperatures. BOOST Pin Considerations Capacitor C3 and diode D2 are used to generate a boost voltage that , VOUT = 5V TA = 25°C 7 BOOST DIODE TIED TO OUTPUT INPUT VOLTAGE (V) INPUT VOLTAGE (V) LT1934 VOUT = 3.3V 5.5 TA = 25°C BOOST DIODE TIED TO OUTPUT 5.0 125 VIN TO START 4.5 4.0 VIN TO , this pin to the inductor, catch diode and boost capacitor. SHDN (Pin 4/Pin 4): The SHDN pin is used Linear Technology
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LT1934/LT1934-1 LT1934-1 LTC1879 TSSOP16 LT1956 TSSOP16/E

ltxp

Abstract: LTF8 Catch Diode C3 BOOST LT1934 A 0.5A Schottky diode is recommended for the catch diode, D1. The , C3 and diode D2 are used to generate a boost voltage that is higher than the input voltage. In most , vs Temperature 3.5 10 5 LT1934 VOUT = 3.3V 5.5 TA = 25°C BOOST DIODE TIED TO OUTPUT , Input Voltage VOUT = 5V 8 INPUT VOLTAGE (V) LT1934 VOUT = 5V TA = 25°C 7 BOOST DIODE TIED TO , internal power switch. Connect this pin to the inductor, catch diode and boost capacitor. SHDN (Pin 4
Linear Technology
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ltxp LTF8 4TPB100M GMK325BJ225MN MBR0540 LTC3405/LTC3405A LTC3406/LTC3406B LTC3411 LTC3412 TSSOP16E LTC3430
Abstract: Temperature Diode C3 220pF VSS 10 12 LOUT VSSE 9 VB 13 n.c. 8 VBN 15 VBR_B , order. Internal or external temperature reference Media temperature sensing by diode or RTD Load dump , Interface ZSSC3170 Block Diagram SCL I2CTM* Control Registers Ext. Temp. Diode SDA VBR_T , 2.4) 1.3.3.1 External Temperature Diode Channel Gain ATSED 300 1.3.3.2 External Temperature Diode Bias Current ITSED 10 1.3.3.3 External Temperature 1) Diode Input Range Zentrum Mikroelektronik Dresden
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SSOP20

LTF8

Abstract: LTajb Catch Diode C3 BOOST LT1934 A 0.5A Schottky diode is recommended for the catch diode, D1. The , C3 and diode D2 are used to generate a boost voltage that is higher than the input voltage. In most , VOUT = 3.3V 6.0 8 LT1934 VOUT = 5V TA = 25°C 7 BOOST DIODE TIED TO OUTPUT INPUT VOLTAGE (V) INPUT VOLTAGE (V) LT1934 VOUT = 3.3V 5.5 TA = 25°C BOOST DIODE TIED TO OUTPUT 5.0 125 VIN , power switch. Connect this pin to the inductor, catch diode and boost capacitor. SHDN (Pin 4/Pin 4
Linear Technology
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LTajb ltxp regulator LCFZ mark 2L SOT-23
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