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1N4007 - 1N4007 540 (Dec 2016) basicEparts Buy
1N4007 - - 19,452 (Dec 2016) Chip One Exchange Buy
1N4007 - Rectifier Diode, 1K Volt, DO-41 65 from $0.0680 (Dec 2016) Quest Components Buy
1N4007 DC Components Diode: rectifying; 1kV; 1A; Package: Ammo Pack; DO41 2,565,419 from $0.0063 (Dec 2016) TME Electronic Components Buy
1N4007 Dielectric Laboratories Rectifier Diode, 1K Volt, DO-41 480 from $0.0425 (Oct 2016) Quest Components Buy
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1N4007 DIOC - 226 (Dec 2016) Chip One Exchange Buy
1N4007 DIODES DO-41 OR DO-204AL/PKG SILICON RECTIFIER 1000-VOLT 1.0-AMP 1,392 from $0.03 (Oct 2016) Lead Electronics Buy
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1N4007 Diotec DIODE 1N4007 1000V/1A Diotec 1N4007 Gehäuseart DO-41 I(F) 1 A Sperrspannung U(R) 1 kV 29,526 from €0.03 (Nov 2016) Conrad Electronic Buy
1N4007 Diotec Rectifier diode Operating temperature: -50...+175 °C Configuration: Single Housing type: DO-41 Polarity: Standard Conducting-state current: 1 A Peak off-state voltage: 1000 V Surge current: 27 A 70,363 from €0.0277 (Dec 2016) Distrelec Buy
1N4007 Diotec SI-DIODE 1A 1000V DO41 200,000 from $0.0096 (Dec 2016) Rutronik Buy
1N4007 Diotec Diode: rectifying; 1kV; 1A; Package: Ammo Pack; DO41 388,950 from $0.0087 (Dec 2016) TME Electronic Components Buy
1N4007 Diotec Diode 1KV 1A Automotive 2-Pin 720,000 from $0.0106 (Dec 2016) Verical Buy
1N4007 DLIINST Rectifier Diode, 1K Volt, DO-41 480 from $0.0425 (Oct 2016) Quest Components Buy
1N4007 Fagor Electrónica Rectifier Diode, 1K Volt, DO-41 106 from $0.0850 (Oct 2016) Quest Components Buy
1N4007 Fairchild Semiconductor SEMI Date Code: 0502 685 from $0.0151 (Nov 2016) Area51 Buy
1N4007 Fairchild Semiconductor Diode 1KV 1A 2-Pin DO-41 T/R 40,000 from $0.0160 (Dec 2016) Arrow Electronics Buy
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1n4007 diode datasheet

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 1N4007 6 Diode (Fairchild Semiconductor) D1 SB540 SB540 1 Schottky Diode (Fairchild , turned on; the primary side capacitance and secondary side rectifier diode reverse recovery typically , input diode is blocked and the 5uA current source (IDELAY) starts to slowly charge Cfb up to Vcc. In , stress on the secondary diode during startup. FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB Rev. 1.0.2 Burst , Application Circuit R6 2.4 1W 1N4007 D3 L1 L1 4.7k 330uH 330uH R2 C3 22uF 400V ... Fairchild Semiconductor
Original
datasheet

19 pages,
593.13 Kb

samwha capacitor samwha capacitor spec samwha date code samwha 250v SD capacitor samwha capacitor U1A EE2229 SAMYOUNG nxc DH0270R Samwha Electrolytic capacitor 47uf 400v SAMWHA rx SMD transistor Marking 13w Samwha 1000uF 50V SD SERIES FSDH0170RNB/FSDH0270RNB/FSDH0370RNB EE-2229 FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha capacitor RD FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FAIRCHILD 1n4007 smd diode FSDH0170RNB/FSDH0270RNB/FSDH0370RNB dh0370r FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha rd FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha ELECTROLYTIC capacitor SD series FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha ELECTROLYTIC capacitor RD series FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB TEXT
datasheet frame
Abstract: Internal Clamping Zener Diode (PFC): 23V Under-Voltage Lockout with 3.5V of Hysteresis (PFC) Internal Clamping Zener Diode (Ballast): 15V Lower di/dt Gate Driver for Better Noise Immunity Under-Voltage , clamping Zener diode between the GND and the VDDB and VDDP pins of this device. Use a common supply , Notes: 1. Please refer to the FAN7529 FAN7529 datasheet and AN-6026 AN-6026 application note for more detailed information. Available on Fairchild's website at: Datasheet: http://www.fairchildsemi.com/ds/FA ... Fairchild Semiconductor
Original
datasheet

12 pages,
455.56 Kb

zener diode c5 IPH capacitor tnr 471 FAN7535MX FAN7535 FAN7535M FAN7711 ULTRA FAST DIODE UF4007 FQPF*5n50c FAN7711 application note 12v ballast ic 1kV 1A diode 1N4007 hy 22uF 50V electrolytic capacitor diode zener c55 EI2820 FAN7529 IN4746A zener 18v 1w 47k 1kv capacitor TRANSFORMER EI2820 TEXT
datasheet frame
Abstract: Semiconductor) D2, D3, D4, D5, D6, DS1 1N4007 6 Diode (Fairchild Semiconductor) D1 SB540 SB540 1 , transistor current, thus increasing the feedback voltage (VFB). If VFB exceeds 3V, the feedback input diode , capacitance and secondary-side rectifier diode reverse recovery typically cause a high-current spike through , the stress on the secondary diode during startup. V CC IDELAY V FB V CC 5A IFB 900 A , . 1. Schematic C1 2.2nF AC250V AC250V L1 330H R6 CON1 2.4 1W 1 2 3 Input D2 D3 1N4007 ... Fairchild Semiconductor
Original
datasheet

17 pages,
885.59 Kb

EE2229 flyback snubber design AN-4147 AN-4148 EE-2229 zener T 4148 FSQ0x70RNA fusible ZR1 10A 4148 ZENER Zener Diode 4148 FSQ0270RNA zener ZP1 zener 4147 FSQ0170RNA FSQ0170RNA FSQ0270RNA Q0270 FSQ0370RNA RCD snubber Q0170R q0270r q0370r TEXT
datasheet frame
Abstract: ) D2, D3, D4, D5, D6, DS1 1N4007 6 Diode (Fairchild Semiconductor) D1 SB540 SB540 1 , secondary side rectifier diode reverse recovery typically cause a high current spike through the Sense FET , , thus increasing the feedback voltage (VFB). If VFB exceeds 3V, the feedback input diode is blocked , stress on the secondary diode during startup. 7. Frequency Modulation: Modulating the switching , SB540 SB540 L2 C10 1nF 250V 1N4007 ZDS1 P6KE180A P6KE180A 1 3 R3 10 2.4 1W C2 22uF 400V ... Fairchild Semiconductor
Original
datasheet

19 pages,
570.61 Kb

SMD transistor Marking 13w samyoung capacitors 470uf SAMWHA rx EE-2229 DH0170R DH0270R FSDH0170RNB/FSDH0270RNB/FSDH0370RNB TEXT
datasheet frame
Abstract: secondary side rectifier diode reverse recovery typically cause a high current spike through the Sense FET , , the feedback input diode is blocked and the 5uA current source (IDELAY) starts to slowly charge Cfb up , stress on the secondary diode during startup. Figure 8. Burst Operation Function 7. Frequency , 1 L2 5uH 2 1 4.7K 1 ZP1 82V 1W 1 1 1 DS1 1N4007 C4 2 1000uF 10V 2 1000uF C9 2 2 ? ? 2 1 U1A PC817 PC817 , 2 1 R5 2.4 1W 1 2 C3 22uF 400V 1N4007 1N4007 CON1 1 2 3 Input R3 ? 1 2 L3 ? D4 ... Fairchild Semiconductor
Original
datasheet

19 pages,
771.76 Kb

MOSFET marking 13w smd PC817 rf MARKING "13W" 6 leads smd FSDH0170RNB zener ZP1 dip smps ic pc817 Samwha rd, ordering code zener 20w smd diode 1w EE2229 SAMWHA rx SAMYOUNG nxc SAMYOUNG rd Series FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha ELECTROLYTIC capacitor RD series FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB fusible ZR1 10A FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB TRANSISTOR SMD 13W FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB samwha capacitor U1A FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FAIRCHILD 1n4007 smd diode FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB SMD transistor Marking 13w FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB DH0270R FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB dh0370r FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB FSDH0170RNB/FSDH0270RNB/FSDH0370RNB TEXT
datasheet frame
Abstract: to the equation described in the Current Sense inputs section of the datasheet: Resistor values , the negative sine wave, C11 is charged through diode D1. The unregulated voltage charged on C10 and C11 is limited to 47 V by means of zener diode D7. Resistors R32 and R33 act as current limiting , 220n / 63v 1u / 63v 10u / 16v 470u / 25V 470n / 250VAC 250VAC 470u / 25V 1N4007 47V LED 2.7k 24k 1M , Electrolytic Radial Rectifier Diode 47V Zener Diode LED 3mm Diameter, Red ¼ Watt, 1% Metal Film Resistor ¼ ... Sames
Original
datasheet

12 pages,
173.54 Kb

Diode Datasheet 1N4007 ic 4n35 data sheet 10k resistor 2 watt datasheet varistor c12 22k resistor 1/4 watt datasheet energy meter circuit diagram 3 phase 3 watt 63v zener diode capacitor polyester 470n ct3 "current sensor" 100K 25 TURN VARISTOR pm2005 SA2005F PM2005FPD capacitor 1u 63V SA2005F PM2005FPD 1/4 WATT RESISTOR SA2005F PM2005FPD 3x230V SA2005F PM2005FPD pin configuration diode 1N4007 SA2005F PM2005FPD block diagram of watt meter SA2005F PM2005FPD TZ-76 SA2005F PM2005FPD tz76 SA2005F PM2005FPD pot meter 100k pin configuration SA2005F PM2005FPD SA2005F SA2005F PM2005FPD PM2005FPD TEXT
datasheet frame
Abstract: SB540 SB540 UF4007 UF4007 1N4007 1N4148 1N4148 Description Fairchild Power Switch (1.5A/70kHz) Zener Diode (3.9V , .14 10W Single Output Isolated Flyback using FSDM0265RN FSDM0265RN and Zener Diode , Reduce system cost · StealthTM Diode Co-Pack enhances recovery time · · · · 25% lower A * RDS , and reduce transformer/filter cost · Fastest switching IGBTs in the market today StealthTM Diode Co-Pack Diode Recovery Comparative Data · Avalanche energy rated · Offers soft recovery switching (S ... Fairchild Semiconductor
Original
datasheet

36 pages,
3449.14 Kb

1200w power amplifier circuit diagram ka3525 application notes ka3845 ic fsd210 8-dip KA3842A KA3842A equivalent 12v 1200W AUDIO AMPLIFIER circuit ka3842a FSD210 equivalent ka3842a application note fan7610 KA3525A application note FSD200 equivalent KA3525A FSD210 dip-8 KA3525 inverter KA3525 smps circuit diagram 450w TEXT
datasheet frame
Abstract: Diode R1 470k 1/4W D1 1N4007 1kV/1A R2 90k 1/4W D2 1N4007 1kV/1A , Function (Latch Mode) Internal Clamping Zener Diode High Accuracy Oscillator Soft-Start Functionality , diode between the GND and the VDD pin of this device. © 2007 Fairchild Semiconductor Corporation , When VS goes high, the diode DB is reverse-biased and CB supplies the current to the high-side driver , R3 100 1/2W C58 2.7nF/1kV Miller Capacitor R4 20k 1/4W Diode R5 47 ... Fairchild Semiconductor
Original
datasheet

21 pages,
1401.8 Kb

FAN7711M TNR 471 5a ultra fast diode 10D09 FQPF*5n50c electronic ballast 32w cfl lamp FAN7711 IN4746A FQPF1N50C capacitor tnr 471 datasheet fqpf5N50C equivalent 103 1KV CERAMIC CAPACITOR capacitor 103 1KV FQPF5N60C ELECTRONIC BALLAST DIAGRAM 20w FAN7529 UF4007 equivalent fan7711 equivalent FQPF5N60C equivalent FAN7529 equivalent TEXT
datasheet frame
Abstract: the basic single transistor current source, which uses a Zener diode (VR2) to set reference voltage , current for the reference Zener diode varies over a large range. This causes both increased power , transformer to minimize common-mode noise. The datasheet limit for minimum drain voltage to guarantee proper , pin, the chip can be powered C6 1 nF 250 VAC C7 C5 680 F 470 F 10 V 10 V D1 1N4007 F1 , 1N5229B 1N5229B 4.3 V 8 NC R2 100 0.125 W D2 1N4007 5 V, 600 mA C4 1 F 50 V L1 1mH ... Power Integrations
Original
datasheet

2 pages,
153.62 Kb

1n4007gp diode ZTX558 1N5236B DI-152 EF20 EF20 applications equivalent of zener diode 1N5229B PI-4792-090407 PC817-A ZTX458 PI voltage CONTROLLER circuit topswitch StackFET PC817A EF20 TRANSFORMER diode FR107 equivalent 1N5229B Zener Diode EQUIVALENT ZTX458 equivalent TNY280 TNY280PN TEXT
datasheet frame
Abstract: complete high- and low-side 600V half-bridge driver as well as an integrated bootstrap diode. One of the , IR2520D IR2520D has only 8 pins. Please refer to the IR2520D IR2520D datasheet for further information on the IR2520D IR2520D , , 2.25mH, 5%, 1Apk Transistor, MOSFET IRFU430 IRFU430 Resistor, 1M, 1206, 100V Resistor, 68.1K, 1%, 1206 Diode , lamp and low AC line). www.irf.com 5 AN-1073 AN-1073 14W CFL Ballast D8 C1 D6 1N4007 560E/1W 560E/1W C3A R1 2 R3 1 Neutral D5 C3 + 4.7uF/250V 1N4007 D4 1N4007 ... International Rectifier
Original
datasheet

14 pages,
326.22 Kb

Zener Diode 4148 IR2520 advantages of 1N4007 irfu420 1N4007 1206 IRFU430 BALLAST ELECTRONIC 25W COMPONENTS 1N4007 diode bridge Application note IR2520D 10uF 450v 1uF 400V capacitor 10 ELECTRONIC transistor Electronic ballast 14w cfl circuit AN-1073 cfl ballast AN-1073 IR2520D AN-1073 irf ballast AN-1073 bridge rectifier 1A AN-1073 cfl ballast crest factor AN-1073 capacitor 47nf AN-1073 AN-1073 AN-1073 TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
wheeling diode D3, the output filtering capacitor C5 and the output load itself. In this topology, the C2 and finally, from the positive output through the diode D2 when the output voltage becomes higher voltage across the diode D2 is here partially compensated by the forward voltage across the diode D3. So, the output voltage and the on chip voltage reference values are equal, except for diode diode D3, resulting in a slightly lower output voltage. A typical characteristic of the Buck is that
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/7520.htm
STMicroelectronics 19/01/2001 32.28 Kb HTM 7520.htm
circuit has to be connected straightly with the A1 of the triac. In same way the supply diode rectifier and R1 have to be con- nected to the diode bridge (see typical applica- tion diagram). Triac control RESISTANCE DIODE CONDENSATOR CONDENSATOR TRIAC INTEGRATED CIRCUIT SUPPORT INVERTER SOCKET PLUG 1 1 1 1 2 1 1 1% 9.1 KOhms 1W 390 Ohms 5% 1N4007 100 pF 5% 33 m F 16V RADIAL AVS10CB AVS10CB / AVS12CB AVS12CB AVS1ACP08 AVS1ACP08 CI 8 PINS FOR AVS10 AVS10. Example on AVS10 AVS10 : Figure 1 and Figure 2 of AVS10 AVS10 Datasheet ) APPLICATION NOTE 3/5
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3572.htm
STMicroelectronics 20/10/2000 9.04 Kb HTM 3572.htm
the supply diode rectifier and R1 have to be con- nected to the diode bridge (see typical applica- RESISTANCE DIODE CONDENSATOR CONDENSATOR TRIAC INTEGRATED CIRCUIT SUPPORT INVERTER SOCKET PLUG 1 1 BL3 1 MOhms 1% 18 KOhms 1% 91 KOhms 1% 9.1 KOhms 1W 390 Ohms 5% 1N4007 100 pF 5% 33 m F 16V Figure 2 of AVS10 AVS10 Datasheet ) APPLICATION NOTE 3/5 Components layout Printed circuit layout (Copper
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3572-v3.htm
STMicroelectronics 25/05/2000 8.7 Kb HTM 3572-v3.htm
straightly with the A1 of the triac. In same way the supply diode rectifier and R1 have to be con- nected to the diode bridge (see typical applica- tion diagram). Triac control : Between pin 5 and triac gate OBSERVATIONS MARQUE PRINTED CIRCUIT RESISTANCE RESISTANCE RESISTANCE RESISTANCE RESISTANCE DIODE CONDENSATOR 1N4007 100 pF 5% 33 m F 16V RADIAL AVS10CB AVS10CB / AVS12CB AVS12CB AVS1ACP08 AVS1ACP08 CI 8 PINS MINIDIP 3 PINS 3 PINS ST ST 2 of AVS10 AVS10 Datasheet ) APPLICATION NOTE 3/5 Components layout Printed circuit layout (Copper side
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3572-v2.htm
STMicroelectronics 14/06/1999 6.87 Kb HTM 3572-v2.htm
straightly with the A1 of the triac. In same way the supply diode rectifier and R1 have to be con- nected to the diode bridge (see typical applica- tion diagram). Triac control : Between pin 5 and triac gate OBSERVATIONS MARQUE PRINTED CIRCUIT RESISTANCE RESISTANCE RESISTANCE RESISTANCE RESISTANCE DIODE CONDENSATOR 1N4007 100 pF 5% 33 m F 16V RADIAL AVS10CB AVS10CB / AVS12CB AVS12CB AVS1ACP08 AVS1ACP08 CI 8 PINS MINIDIP 3 PINS 3 PINS ST ST 2 of AVS10 AVS10 Datasheet ) APPLICATION NOTE 3/5 Components layout Printed circuit layout (Copper side
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/3572-v1.htm
STMicroelectronics 02/04/1999 6.9 Kb HTM 3572-v1.htm
OSCILLATOR Datasheet HIGH VOLTAGE HALF BRIDGE DRIVER WITH OSCILLATOR BOOTSTRAP DIODE STRUCTURE n 15.6V ZENER CLAMP ON V S n DRIVER CURRENT CAPABILITY: - SINK CURRENT = 270mA the external bootstrap diode. Symbol Pin Parameter Test Condition Min. Typ. Max. Unit V SUVP 1 VS the external diode needed, in sim- ilar devices, to perform the charge of the bootstrap capacitor that , D3 BYW100-100 BYW100-100 D4,D5,D6,D7 1N4007 D8 1N4148 1N4148 C1 560pF 50V C2, C5 47 m F 250V C3 4.7 m F 25V C4 100nF
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1767.htm
STMicroelectronics 20/10/2000 17.43 Kb HTM 1767.htm
OSCILLATOR Datasheet HIGH VOLTAGE HALF BRIDGE DRIVER WITH OSCILLATOR 600V n BCD OFF LINE TECHNOLOGY n INTERNAL BOOTSTRAP DIODE STRUCTURE n 15.6V ZENER CLAMP ON V "bootstrap driver" (a patented structure). This structure can replace the external bootstrap diode. Symbol The L6569 L6569 has an internal Bootstrap structure that enables the user to avoid the external diode needed D4,D5,D6,D7 1N4007 D8 1N4148 1N4148 C1 560pF 50V C2, C5 47 m F 250V C3 4.7 m F 25V C4 100nF 50V C6
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1767-v3.htm
STMicroelectronics 21/06/2000 16.5 Kb HTM 1767-v3.htm
by a diode bridge and the rectified voltage delivered to the boost con - verter. This, using a saturation of the core (rated N V I Lpk in the ferrite datasheet). If the check shows a result too close to , V DRAIN to be zero during a significant portion of each line half-cycle. BOOST DIODE The boost freewheeling diode will be a fast recovery one. The value of its DC and RMS current, useful for losses V to (threshold voltage) and Rd (differential resistance) are parameters of the diode. The breakdown
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5408.htm
STMicroelectronics 20/10/2000 46.29 Kb HTM 5408.htm
PARTID Part No Division PARTTYPE Datasheet 2269 1N4000 1N4000 Scottsdale Zener Voltage Regulator Diode SA5-17 SA5-17.PDF 2270 1N4000A 1N4000A Scottsdale Zener Voltage Regulator Diode SA5-17 SA5-17.PDF 7134 JAN 1N4000A 1N4000A Scottsdale Zener Voltage Regulator Diode SA5-17 SA5-17.PDF 8884 JANTX 1N4000A 1N4000A Scottsdale Zener Voltage Regulator Diode SA5-17 SA5-17.PDF 2271 1N4001 1N4001 Chatsworth
/datasheets/files/microsemi/products/partno/1n4.htm
Microsemi 30/12/1998 1142.12 Kb HTM 1n4.htm
No abstract text available
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NEDIS 01/03/2001 2236.65 Kb ZIP price-06.zip