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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
UC3612J Texas Instruments SILICON, RECTIFIER DIODE visit Texas Instruments
UC1611J/883B Texas Instruments SILICON, RECTIFIER DIODE visit Texas Instruments

IN4005 diode

Catalog Datasheet MFG & Type PDF Document Tags

in4005

Abstract: AC DC transformerless power supply IN4005 +5V FIGURE 3: IN4005 1 µF/250V L 330µ 25V IN4005 G 330µ 25V -5V 5.1V Zener +5V R1 R2 IN4005 330µ 25V 5.1V Zener N Fuse 5.1V Zener Precautions: 1. As mentioned earlier, the , +5V POWER SUPPLY WITH/WITHOUT A TRANSFORMER: Components 1.1 VA transformer 1N4005 diode 1 µF/250V Cap
Microchip Technology
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AC DC transformerless power supply microchip tb008 IN4005 diode transformerless power supply transformerless power supply circuit zener 5V TB008 PIC12/16/17 4300C QS-9000

microchip tb008

Abstract: IN4005 N FIGURE 3: R1 47 Fuse +5V IN4005 1 µF/250V N Fuse G 330m 25V L +5V IN4005 L R2 1M IN4005 330µ 25V 5.1V Zener 5.1V Zener IN4005 Precautions , . 1.1 VA transformer 5.65 1 5.65 0 - 1N4005 diode 0.05 2 0.10 2 0.10
Microchip Technology
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5V power supply transformerless DIODE in4005 ac transformer microchip IN4005 diode data sheet 115 V -250V power supplies transformer 200B PIC12/ DS91008B-

IN4005

Abstract: 5V power supply transformerless wiring. 1µF/250V N FIGURE 3: L R1 Fuse IN4005 N 1 µF/250V L Fuse 47 +5V R2 G 330µ 25V +5V IN4005 1M IN4005 330µ 25V 5.1V Zener 5.1V Zener IN4005 Precautions: -5V G 1. 5.1V Zener 330µ 25V In most PIC12/16/17 applications , diode 0.05 2 0.10 2 0.10 1 µF/250V Cap 0.57 0 - 1 0.57 5.1V Zener
Microchip Technology
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Zener 5.1V IN4005 diode datasheet IN-4005 ZENER DIODE 5.1V PIC12 IN4005 rectifier diode D-81739 DS91008A

12v DC motor

Abstract: remote speed control of ac motor Diode Resistor Transistor Resistor RL1 D3 R13 Q3 R18 12V DC coil IN4005 100k TIPP116 , Molex header Molex terminal IN4005 IN4005 P600D IN4005 P600D Preset TIP141 TIPP116 100k 1k 1
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RC0142 RC0094 12v DC motor remote speed control of ac motor 100K preset potentiometer remote speed control of dc motor 100rpm DC motor relay 12v dc PB0224 313FD/D 73/23/EEC 89/336/EEC EN50081-1

IN4005

Abstract: 5V power supply transformerless FIGURE 3: L R1 47 Fuse* +5V IN4005 1 F/250V N Fuse* G 330m 25V L +5V IN4005 R2 1M IN4005 330 25V 5.1V Zener 5.1V Zener * Not needed when connected to a GFCI socket. IN4005 -5V G 5.1V Zener 330 25V * Not needed when connected to a GFCI , 5.65 1 5.65 0 - 1N4005 diode 0.05 2 0.10 2 0.10 1 F/250V cap 0.57
Microchip Technology
Original
ZENER DIODE 5.1V power supply DS91008 transformer protection based microcontroller Design and Fabrication of 5V Constant Voltage Power supply transformerless power source TRANSFORMERLESS DS91008C-

microchip tb008

Abstract: TB008 N FIGURE 3: R1 47 Fuse +5V IN4005 1 µF/250V N Fuse G 330m 25V L +5V IN4005 L R2 1M IN4005 330µ 25V 5.1V Zener 5.1V Zener IN4005 Precautions , . 1.1 VA transformer 5.65 1 5.65 0 - 1N4005 diode 0.05 2 0.10 2 0.10
Microchip Technology
Original
DS91008B-page

RH5RA50AA

Abstract: RH5RA of diode D. The cathode of the diode is connected to the drain of the LND1. The diode is used as , gate-to-source voltage, VGS = 0V. Once a voltage is applied to HVIN, current will flow through the diode and , #RH5RA50AA. HVIN Advantages of the LND1 IN4005 D C3 ­ C2 The important parameters of the , blocked by the 1N4005 diode, which has a 600V PIV rating. VOUT REG HVIN 10V Figure 3 , , and a duty cycle of 1.0% are superimposed on the 10VDC line of HVIN. The 1N4005 diode is reverse
Supertex
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LND150N8 VN0340N5 RH5RA Current Rating of IN4005 diode RH5RA50A 300V regulator Diode 1N4005 400V to 6V DC Regulator TO 220 Package LND150N3 LND150 120VAC VN0640N5

RH5RA50AA

Abstract: 400V to 6V DC Regulator TO 220 Package The high voltage input, HVIN, is connected to the anode of diode D. The cathode of the diode is connected to the drain of the LND1. The diode is used as protection against negative transient voltages and , , current will flow through the diode and the "normally on" channel of the LND1 charging capacitor C2. The , requirements. It is very simple, compact HVIN IN4005 D C3 ­ C2 The dropout voltage, (VIN -VOUT , 1N4005 diode, which has a 600V PIV rating. Figure 3 shows the test conditions used for simulating
Supertex
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DN2540N5 series dc voltage follower regulator RH5RA50 240VAC DN2540N3

RH5RA50AA

Abstract: 300V regulator The high voltage input, HVIN , is connected to the anode of diode D. The cathode of the diode is connected to the drain of the LND1. The diode is used as protection against negative transient voltages and , flow through the diode and the "normally on" channel of the LND1 charging capacitor C2. The voltage , . It is very simple, compact HVIN IN4005 D C3 LND150N8 ­ C2 The dropout voltage , , 10Kohm, and 5.0Kohm. negative transient voltages are blocked by the 1N4005 diode, which has a 600V
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diode 1N4005 specifications 400V voltage regulator power diode with piv of 30v and 6A depletion 400V power mosfet High voltage negative regulator N-Channel Depletion-Mode MOSFET high voltage

RH5RA50AA

Abstract: 300V regulator -243AA) surface mount package. The high voltage input, HVIN, is connected to the anode of diode D. The cathode of the diode is connected to the drain of the LND1. The diode is used as protection against negative , . Automotive and avionics applications require low quiescent current HVIN IN4005 D C3 C2 0.01F , through the diode and the "normally on" channel of the LND1 charging capacitor C2. The voltage across C2 , and the negative transient voltages are blocked by the 1N4005 diode, which has a 600V PIV rating
Supertex
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AN-D17 high voltage diode high voltage diodes MOSFET 300V SOT-89

RH5RA50AA

Abstract: IN4005 diode conjunction with a 5.0V linear regulator, Ricoh part #RH5RA50AA. IN4005 D C3 LND150N8 ­ C2 + , the anode of diode D. The cathode of the diode is connected to the drain of the LND1. The diode is , the diode and the "normally on" channel of the LND1 charging capacitor C2. The voltage across C2 is , voltages are blocked by the 1N4005 diode, which has a 600V PIV rating. Figure 3 shows the test conditions , 10VDC line of HVIN. The 1N4005 diode is reverse biased and blocks the negative voltage. Figures 6a and
Supertex
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lnd150 Application voltage Rating of IN4005 diode capacitor 0.01uf 400v mosfet 600V 6A N-CHANNEL TR7637

IN4007 silicon diode

Abstract: in5404 diode Silicon Power Diodes T'OI'OI Diode type ^RRM 'frms 'fav 'fsm i2t Ir VTO rF Tvjm ^thJA Outline Wire ended V A A A A2 s (M V mS â'¢c "C/W F«g. IN4002 IN4003 IN4004 IN4005 IN4006 IN4007 100 200 400 600 800 1000 1.6 1 30 4.5 5 0.85 90 175 80 1 IN5401 IN5402 IN5404 IN5406 IN5407 IN5408 100 200 400 600 800 1000 5 3 200 200 10 170 65 30 (lead cooled-10 mm wires) 2 Stud Anode Stud Cathode mA RlhJC °C/W R,hCK °C/W M kg m GD12N02 GD12N04 GD12N08 GD12N12 GD12N14 GD12N16
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OCR Scan
GD25N08 GD40N12 IN4007 silicon diode in5404 diode IN5401 diode IN5406 diode diode IN5401 diode in5404 GD12R02 GD12R04 GD12R08 GD12R12 GD12R14 GD12R16

MC14030

Abstract: 1K capacitor is a 5.6V zener diode used to clamp transient dv ; I = 1.0mA dt dv = V = A - VOUT - [ID(ON) · , LND150N3 Potter & Brumfield KUMP 11A-18-240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK +
Supertex
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MC14030 1K capacitor 240v n-channel mosfet to-92 240v n-channel depletion mosfet 1k trimpot resistor 170VDC 120VAC/

MC14030

Abstract: 170VDC transitions. D5 is a 5.6V zener diode used to clamp transient 1500pF + 120VAC/ 240VAC D4 D1 , KUMP 11A-18-240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + D5 5.6V R2 5.1K C2
Supertex
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VN0650N3

10k trimpot

Abstract: MC14030 during switching transitions. D5 is a 5.6V zener diode used to clamp transient voltages that may occur , LND150N3 Potter & Brumfield KUMP 11A-18-240 VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK +
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10k trimpot N-Channel Depletion-Mode MOSFET Variable resistor 10K ohm 10k trimpot resistor n channel depletion MOSFET LND1

MC14030

Abstract: 10k trimpot peak current required by the CMOS timer circuit during switching transitions. D5 is a 5.6V Zener diode , 11A-18-240 3M 1500pF VDD D1, D2, D3, D4, D6, D7: IN4005 R1 10K CK + D5 5.6V R2 5.1K
Supertex
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01UF 10K resistor applications Depletion-Mode MOSFET AN-D10

TOP233Y

Abstract: NC-2H Nicera transformer turns ratio was optimized (including output diode forward drops) to minimize the output voltage , power ­5 V output is shunt regulated by R5 and Zener diode D13. Pre-load resistor R12 is required to , 2.2 nF 7 D10 MBR1045 VR1 P6KE170 D1-D4 IN4005 D6 UF4007 10 C1 0.1 µF X1 D
Power Integrations
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EEL25 TOP233Y NC-2H Nicera PI-2732-040901 NC-2H Nicera or Equivalent Core Material EEL25 Core NICERA CISPR22 EN55022B IEC1000-4-5

AL1510

Abstract: FL4010 1N4003 IN4004 IN4005 IN4006 IN4007 30 1.1 DO-41 8 10(A) 50 100 200 300 400 500 600 800 1000 FWD SURGE (A , TRR PACKAGE PAGE 1 .5 W -5 .0 W SURFACE MOUNT ZENER DIODE WATTS 1.5 2.0 5.0 DEVICE TYPE B5921 ' , AXIAL LEAD ZENER DIODE WATTS 1.0 1.5 2.0 5.0 5.0 DEVICE TYPE Z 1 0 0 -Z 3 0 0 BZY97-C7V5 BZY97-C200 VZ
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OCR Scan
IN4007S FL4010 AL1510 ag204 IN5822 diode ag208 IN4007 bridge rectifier ic IN4001 1N4007 IN4001S IN5391 IN5399

MC1566L

Abstract: MC1466L equivalent FIGURE 3 » O-TO-250 VDC, 0.1-AMPERE REGULATOR FIGURE 4 - REMOTE PROGR AMMING ?!> Vdc IN4005 0ft EQUIV â , two diode strings: V12 - V7 « 2 (VcRl + VcR2 * VcR3 + VcR4)- Other voltages, temperature compensated , Equivalant Diode V2 v VS2 Regulated Voltage 18 V 18 k I yields a good working PNP from a lateral device , temperature compensated portion of the diode string and consequently the overall current is dependent on the , discarded in favor of CR2 and CR3. Diode CR4 prevents 1C failure if the series pass transistors develop
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OCR Scan
MC1466L MC1566L MC1466 MC1566 MC1466L equivalent 1466 HO MC1466/MC1566 MO-001AA O-TO-15 10-AMPERES

800w power amplifier circuit diagram

Abstract: 500w power amplifier circuit diagram SCR conducts. R-10 and C-7 mimmize the effects of diode caimutation by absorbing high frequency energy , Zener Diode CR-108, to produce the positive 15 volts. Resistor R-lll and Zener Diode CR-109 regulate the , are referenced by the voltage across CR-121, a 1N823A terrperature compensated Zener Diode. Since the , negative illuminates the respective light emitting diode indicator. Transistor Q-104 amplifies and level
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OCR Scan
800w power amplifier circuit diagram 500w power amplifier circuit diagram 800w rf power amplifier circuit diagram GE SCR Manual scr T103 SCR Phase Control IC 10-OVER J201-3 R207A R207B 2-30K-5W CI47P
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