500 MILLION PARTS FROM 12000 MANUFACTURERS
500 MILLION PARTS FROM 12000 MANUFACTURERS
| Part | Manufacturer | Description | Samples | Ordering |
| 1N5222B_T50A | Fairchild Semiconductor Corporation | Zener Diode | 
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| 1N5222B_T50R | Fairchild Semiconductor Corporation | Zener Diode |
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| 1N5224B_T50A | Fairchild Semiconductor Corporation | Zener Diode |
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| Catalog Datasheet | MFG & Type | Document Tags |
| Abstract: / Power Modules (Diodes) Diode Modules 300V 300 volts class fast recovery diode modules , 600V 600 volts class fast recovery diode modules Device type 1FI150B-060 1FI150B-060 1FI250B-060 1FI250B-060 VRRM Volts , 0.22 0.12 0.068 R201 R205A R205A R201 R205A R205A R207 R207 Net mass Grams 210 210 180 110 180 110 380 380 , 2FI300A-060 2FI300A-060 600 1000V 1000 volts class fast recovery diode modules Device type VRRM VRSM Volts 1200 , 2FI50G-100C 2FI50G-100C,N,D 1000 2FI100G-100C 2FI100G-100C,N,D 1000 1200V 1200 volts class fast recovery diode for snubber ... | Fuji Electric Original |
1 pages, |
ESAL-01-01C 50X2 2FI300A R207 diode 1F60A diode r207 2FI300A-060 R205A 2FI50A-030C 2FI50F-030C 2FI100A-030C 2FI100F-030C TEXT |
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| Abstract: winding and Vcc winding, respectively, VFo and VFa are the diode forward voltage drops of the output , internal resistors are designed so that the maximum cathode voltage of diode D2 is about 2.8V, which , , and D1 to the reference pin of KA431 KA431. Then, Vo2 is determined by the zener diode breakdown voltage , the secondary diode during startup. For a fast build up of the output voltage, an offset is , . Then, Vo2 is determined by the zener diode breakdown voltage. Assuming that the forward 17 ... | Fairchild Semiconductor Original |
44 pages, |
capacitor c301 BD101 ZD102 cq1565rp EER4042 REGULATOR CQ0765RT CQ0765RT circuit diagram cq1265rt schematic diagram CQ0765RT CQ1265RT FSCQ0565RT FSCQ0765RT FSCQ0965RT FSCQ1265RT FSCQ1465RT FSCQ1565RT FSCQ1565RP TEXT |
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| Abstract: winding; VFo is the diode forward-voltage drop of the output winding; VFa is the diode forward-voltage , voltage of diode D2 is about 2.8 V, which occurs when all IFB flows through the internal resistors , into burst mode, when picture off signal is applied to Q1. Then, Vo2 is determined by the Zener diode , reference pin of KA431 KA431. Then, VO2 is determined by the Zener diode breakdown voltage. Assuming that the , transformer saturation and reduces the stress on the secondary diode during startup. For a fast build up of ... | Fairchild Semiconductor Original |
36 pages, |
CQ0765 CQ1265RT CQ1565 CQ0765RT circuit diagram FSCQ0565RT FSCQ0765RT FSCQ0965RT FSCQ1265RT FSCQ1565RT TEXT |
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| Abstract: / Power Modules (Diodes) Diode Modules 600V E 600 volts class general use diode modules , 450 800V E 800 volts class general use diode modules E series Device type 6RI30E-080 6RI30E-080 , R204 180 R206 450 R206 450 1200V G 1200 volts class general use diode modules G series , resistance (Junction to case) / Power Modules (Diodes) Diode Modules 1600V G 1600 volts class general use diode modules G series Device type 6RI30G-160 6RI30G-160 6RI75G-160 6RI75G-160 6RI75G-160B 6RI75G-160B 6RI100G-160 6RI100G-160 ... | Fuji Electric Original |
3 pages, |
R604A 2RI100E-060 2RI150E-060 2RI250E-060 2RI60E-060 6r1MBI 6RI100E-060 6RI100G-120 6RI150E-060 6RI30E-060 6RI50E-060 6RI50E-080 6RI75E-060 6RI75P-080 diode r207 2FI300A-060 TEXT |
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| Abstract: of turns for the output winding and VCC winding, respectively, VFo and VFa are the diode forward , resistors are designed so that the maximum cathode voltage of diode D2 is about 2.8V, which occurs when all , prevent transformer saturation and reduces the stress on the secondary diode during startup. For a fast , R3, Dz, and D1 to the reference pin of KA431 KA431. Then, Vo2 is determined by the zener diode breakdown , picture off signal is applied to Q1. Then, Vo2 is determined by the zener diode breakdown voltage ... | Fairchild Semiconductor Original |
45 pages, |
NTC 5D-11 18v smps schematic CQ1465RT 20A smps Power Supply Schematic Diagram REGULATOR CQ0765RT EER4042 BEAD101 EER-4042 Transistor CQ0765RT ntc 5D-9 CQ1565 CQ0765R cq1265rt schematic diagram FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq1265 FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq0965rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765 FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1265RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq1565rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT circuit diagram FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP TEXT |
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| Abstract: of turns for the output winding and VCC winding, respectively, VFo and VFa are the diode forward , resistors are designed so that the maximum cathode voltage of diode D2 is about 2.8V, which occurs when all , prevent transformer saturation and reduces the stress on the secondary diode during startup. For a fast , R3, Dz, and D1 to the reference pin of KA431 KA431. Then, Vo2 is determined by the zener diode breakdown , picture off signal is applied to Q1. Then, Vo2 is determined by the zener diode breakdown voltage ... | Fairchild Semiconductor Original |
45 pages, |
EER-4042 model 1N5231 REGULATOR CQ0765RT ZD201 cq0565rt NTC 5D-9 cq1565rp BEAD101 NTC 6D-22 CQ1565 cq1265 CQ0765R CQ0765 cq1265rt schematic diagram FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1465RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq0965rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq1565rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT circuit diagram FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1265RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP TEXT |
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| Abstract: / Power Modules (Diodes) Diode Modules 600V E 600 volts class general use diode modules , 450 800V E 800 volts class general use diode modules E series Device type 6RI30E-080 6RI30E-080 , R204 180 R206 450 R206 450 1200V G 1200 volts class general use diode modules G series , resistance (Junction to case) / Power Modules (Diodes) Diode Modules 1600V G 1600 volts class general use diode modules G series Device type 6RI30G-160 6RI30G-160 6RI75G-160 6RI75G-160 6RI75G-160B 6RI75G-160B 6RI100G-160 6RI100G-160 ... | Original |
3 pages, |
R605A 6RI100G-120 6RI100G-120B 6RI100P-080 2RI250E-060 2RI150E-060 6RI30E-060 6ri30g-160 6R1MBI100P-160 6RI75G-160B 6RI50P-160 6RI100E-060 6ri100g-160b 6ri75p-080 ESAL-01-01C 2fi300a 2FI100A-060C 6RI30E 6RI50E-080M5 2FI300A-060 TEXT |
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| Abstract: output winding and VCC winding, respectively, VFo and VFa are the diode forward voltage drops of the , internal resistors are designed so that the maximum cathode voltage of diode D2 is about 2.8V, which , transformer saturation and reduces the stress on the secondary diode during startup. For a fast build up of , mode, when picture off signal is applied to Q1. Then, Vo2 is determined by the zener diode breakdown , , and D1 to the reference pin of KA431 KA431. Then, Vo2 is determined by the zener diode breakdown voltage ... | Fairchild Semiconductor Original |
45 pages, |
CQ0765RT circuit diagram CQ0765 10uf, 35v electrolytic capacitor FSCQ1465RT/FSCQ1565RT/FSCQ1565RP TEXT |
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| Abstract: J202 DEMO9RS08KA2 DEMO9RS08KA2 (Power) GND 2 GND R207 1K VDD POWER LD201 LD201 GREEN R201 470R , D201 1 Rectifier Diode GF1M SMA Zener Diode BZX84 BZX84 6.8V 1/4W SOT23 1 Autorestore Fuse 0,2A , , R103, R206, R303, R310, R314 R306 5 SMD Resistor 1K 1% 1/8W 0805 R207, R305, R307, R308 ... | Softec Microsystems Original |
6 pages, |
diode r308 CRYSTAL SMD 12MHZ walsin ceramic capacitor smd 0805 C311 Zener SMD 78m05 TRANSISTOR C309 SMD resistors R103 transistor c301 smd diode c319 0805B104K500CT J103 transistor 3 pin capacitor 100nf 50v 0805 datasheet c103 TRANSISTOR equivalent DEMO9RS08KA2 DC01098 smd capacitor philips 0805 DEMO9RS08KA2 DC01098 TRANSISTOR C307 DEMO9RS08KA2 DC01098 C312 diode DEMO9RS08KA2 DC01098 c102 TRANSISTOR DEMO9RS08KA2 DC01098 transistor c317 DEMO9RS08KA2 DC01098 c103 TRANSISTOR DEMO9RS08KA2 DC01098 HC49 MEGATEC DEMO9RS08KA2 DC01098 DEMO9RS08KA2 DEMO9RS08KA2 DC01098 DC01098 TEXT |
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| Abstract: of turns for the output winding and VCC winding, respectively, VFo and VFa are the diode forward , internal resistors are designed so that the maximum cathode voltage of diode D2 is about 2.8V, which , transformer saturation and reduces the stress on the secondary diode during startup. For a fast build up of , mode, when picture off signal is applied to Q1. Then, Vo2 is determined by the zener diode breakdown , to the reference pin of KA431 KA431. Then, Vo2 is determined by the zener diode breakdown voltage. Assuming ... | Fairchild Semiconductor Original |
45 pages, |
diode zd201 cq0565R 1N4937 diode thermal fuse 115 250V 2A eer3540 CQ0765R REGULATOR CQ0765RT cq1265rt schematic diagram CQ0765 CQ1565RP cq1265 FSCQ0565RTYDTU cq0965rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1465RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq0565rt FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT circuit diagram FSCQ1465RT/FSCQ1565RT/FSCQ1565RP cq0765rt TRANSISTOR FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1565RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ1265RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP CQ0765RT FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP FSCQ1465RT/FSCQ1565RT/FSCQ1565RP TEXT |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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No abstract text available
/download/1155526-7975ZC/cccdp21b.xls |
AMD | 13/08/1999 | 34.5 Kb | XLS | cccdp21b.xls |
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* BEGIN MODEL SA305 SA305 FOR PSPICE-DERIVED SIMULATORS * * REQUIRES PSPICE 4.04 OR LATER * * MODEL FEATURES INCLUDE: * * 1 PULSE BY PULSE TIME DOMAIN PERFORMANCE * 2 OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V CHARACTERISTIC * 4 ACCURATE RON TEMPERATURE COEFFICIENT * 5 CURRENT LIMIT FOR UPPER SWITCHES * 6 CURRENT MONITOR ON UPPER 5 R207 155 156 1.01E6 M157 157 19 11 11 NL C57 156 11 165E-15 165E-15 E47 158 11 47 11 -1 R208 11 158
/datasheets/files/apex-analog/simulation-models/sa305.lib |
Apex Analog | 26/05/2006 | 16.42 Kb | LIB | sa305.lib |
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No abstract text available
/datasheets/files/spicemodels/misc/modelos/spice_complete/maxim.lib |
Spice Models | 18/04/2010 | 416.49 Kb | LIB | maxim.lib |
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No abstract text available
/datasheets/files/spicemodels/misc/maxim.lib |
Spice Models | 04/09/2012 | 415.26 Kb | LIB | maxim.lib |
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TIME DOMAIN PERFORMANCE * 2 OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V PERFORMANCE * 2 OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V CHARACTERISTIC * 4 116 2 -1 R103 29 0 1MEG R102 7 0 1MEG * ERROR AMP R205 209 212 3E+3 R206 208 212 3E+3 R207 105 OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V CHARACTERISTIC * 4 ACCURATE RON AMP R205 209 212 3E+3 R206 208 212 3E+3 R207 105 210 7.96E+3 R208 105 211 7.96E+3 R209 212 2
/datasheets/files/apex-analog/simulation-models/apexpwmpspice.lib |
Apex Analog | 17/01/2007 | 206.48 Kb | LIB | apexpwmpspice.lib |
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_ssi_pin1_1 1 0 V_ssi_pin0 _ssi_pin0_8 8 0 * Node assignments * zener diode cathode * | zener diode anode
/datasheets/files/spicemodels/misc/models/analog_devices.lib |
Spice Models | 01/09/2003 | 900.47 Kb | LIB | analog_devices.lib |
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TIME DOMAIN PERFORMANCE * 2 OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V OUTPUT RESISTANCE AND CAPACITANCE * 3 ACCURATE CATCH DIODE I V CHARACTERISTIC * 4 ACCURATE RON R102 7 0 1MEG * ERROR AMP R205 209 212 3E+3 R206 208 212 3E+3 R207 105 210 7.96E+3 R208 105 211 * 3 ACCURATE CATCH DIODE I V CHARACTERISTIC * 4 ACCURATE RON TEMPERATURE COEFFICIENT * 5 * ERROR AMP R205 209 212 3E+3 R206 208 212 3E+3 R207 105 210 7.96E+3 R208 105 211 7.96E+3 R209 212 2
/datasheets/files/apex-analog/simulation-models/apexpwmberkeley.lib |
Apex Analog | 17/01/2007 | 205.28 Kb | LIB | apexpwmberkeley.lib |
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No abstract text available
/download/46754646-383008ZC/eb285.zip () |
Metcomp | 12/09/1997 | 6878.78 Kb | ZIP | eb285.zip |
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No abstract text available
/download/53472680-13497ZC/spice models.zip () |
Analog Devices | 01/09/2012 | 680.8 Kb | ZIP | spice models.zip |
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diode cathode * | zener diode anode
/datasheets/files/spicemodels/misc/modelos/spice_complete/anlg_dev.lib |
Spice Models | 18/04/2010 | 1620.47 Kb | LIB | anlg_dev.lib |