NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: C13 2 VID0 VID1 VID2 1uF C30 1 2 6 3 5 4 VPN1 U4 D1N4148 D3 , L4 + 900nH 1500uF C28 2.2nF C25 1R0 L3 + 900nH 1500uF 4.7uF R19 L2 + 900nH C15 2.2nF C8 1R0 R3 C17 Q2 4.7uF 1 PGND 1R0 , C11 BG VID4 C36 DACSTEP FB D1N4148 D2 TG 0.1uF 9 8 7 19 20 , R12 4.7nF VCORE R8 301 1uF 2 VID5 R10 33.2k R7 931 U1 D1N4148 C2 ... | Original |
11 pages, |
D1N4148 IN4148 sc1211s SC2643 SC2643VX SC1211STR SC1211 Diode IN4148 what is resistor 1r0 diode d1n4148 SC1211 abstract |
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| Abstract: C34 1R0 R23 L4 + 900nH 1500uF C28 2.2nF C25 1R0 R19 L3 + 900nH 1500uF C15 2.2nF C8 1R0 R3 L2 + 900nH 1500uF 1 PGND VPN3 C37 1nF SC1211 SC1211 9 SC1211 SC1211 1R0 R2 Q1 2 P4GND VCORE U4 D1N4148 D3 , D1N4148 D2 4.7uF C11 BG VID4 C36 DACSTEP FB 19 20 21 22 23 24 , R12 4.7nF VCORE R8 301 1uF 2 VID5 R10 33.2k R7 931 U1 D1N4148 C2 ... | Original |
11 pages, |
SC2643VX SC2643 SC1211STR IN4148 D1N4148 1800uF SC1211S diode d1n4148 SC1211 SC1211 abstract |
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| Abstract: C13 2 VID0 VID1 VID2 1uF C30 1 2 6 3 5 4 VPN1 U4 D1N4148 D3 , L4 + 900nH 1500uF C28 2.2nF C25 1R0 L3 + 900nH 1500uF 4.7uF R19 L2 + 900nH C15 2.2nF C8 1R0 R3 C17 Q2 4.7uF 1 PGND 1R0 , C11 BG VID4 C36 DACSTEP FB D1N4148 D2 TG 0.1uF 9 8 7 19 20 , R12 4.7nF VCORE R8 301 1uF 2 VID5 R10 33.2k R7 931 U1 D1N4148 C2 ... | Original |
11 pages, |
SC2643VX SC2643 SC1211STR SC1211 micropro sc2643 IN4148 D1N4148 SC1211S SC1211 abstract |
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| Abstract: 2 13 0.1uF 3.7k 6 3 5 4 VPN1 U4 D1N4148 D3 9 1uF C30 DRN TG , D1N4148 D2 VIN 10 16 17 18 19 20 21 22 VCORE C10 BG VID4 C26 , 2R2 R13 CO R2 VPN1 10 R19 VCC VIN 7 33.2k R9 8.5V D1N4148 D1 0R0 R18 C6 C9 + VIN BST 8 C13 + BG C20 + VCC C21 + 4 TG C24 + 3 DRN C29 + 2 C35 + © 2003 Semtech Corp. 1 1 C36 + 1 2 C37 ... | Original |
11 pages, |
SC2643VX SC2643 SC1211VXSTR SC1211VX IN4148 D1N4148 SC1211VX abstract |
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| Abstract: generally, IO VIN ( t r + t f ) fOSC 4 c) Body diode recovery losses are more difficult to estiPSW = , 1500uF D1N4148 + 1500uF J9 C11 0.1uF C10 + VTT 1500uF 6 GND GATE1 LDOS2 , IRLR3103 IRLR3103 C8 + C9 1500uF D1N4148 + 1500uF J9 C11 0.1uF C10 + VTT 1500uF , SC1109ACSTR SC1109ACSTR or SC1109BCSTR SC1109BCSTR C3 0.1uF + 11 C5 0.1uF 4 C6 0.1uF 5 14 12 POWER GOOD 13 , R2 2.2 VTT C8 0.1uF + 2 GATE1 LDOS2 1.2V 6A C7 3x1500uF Q2 MOSFET N ... | Original |
19 pages, |
SC1109CSTR SC1109BSTR SC1109ACSTR SC1109 SC1109A SC1109C SC1109B SC1109 abstract |
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| Abstract: + t f ) fOSC 4 c) Body diode recovery losses are more difficult to estimate, but to a first , + 11 C5 0.1uF 4 C6 0.1uF 5 14 12 POWER GOOD 13 C9 0.1uF 15 16 VCC BCAP+ 10 BST 9 DH BCAPSS/EN 8 DL VOSENSE R2 2.2 VTT C8 0.1uF + 2 , R1 2.2 7 PHASE PWRGD C4 0.1uF 3 STBY LDOS1 1 U1 3.3V IN + Q3 MOSFET N C10 330uF + Q4 MOSFET N LDO1 = 1.8V LDO2 = 1.5V C11 330uF C12 330uF + ... | Original |
19 pages, |
SC1109CSTR SC1109BSTR SC1109ACSTR SC1109 SC1109 abstract |
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| Abstract: + t f ) fOSC 4 c) Body diode recovery losses are more difficult to estimate, but to a first , + 11 C5 0.1uF 4 C6 0.1uF 5 14 12 POWER GOOD 13 C9 0.1uF 15 16 VCC BCAP+ 10 BST 9 DH BCAPSS/EN 8 DL VOSENSE R2 2.2 VTT C8 0.1uF + 2 , R1 2.2 7 PHASE PWRGD C4 0.1uF 3 STBY LDOS1 1 U1 3.3V IN + Q3 MOSFET N C10 330uF + Q4 MOSFET N LDO1 = 1.8V LDO2 = 1.5V C11 330uF C12 330uF + ... | Original |
19 pages, |
SC1109CSTR SC1109BSTR SC1109ACSTR SC1109 SC1109 abstract |
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| Abstract: = I O V IN 10 -3 or more generally, IO VIN ( t r + t f ) fOSC 4 c) Body diode recovery , + 11 C5 0.1uF 4 C6 0.1uF 5 14 12 POWER GOOD 13 C9 0.1uF 15 16 VCC BCAP+ 10 BST 9 DH BCAPSS/EN 8 DL VOSENSE R2 2.2 VTT C8 0.1uF + 2 , R1 2.2 7 PHASE PWRGD C4 0.1uF 3 STBY LDOS1 1 U1 3.3V IN + Q3 MOSFET N C10 330uF + Q4 MOSFET N LDO1 = 1.8V LDO2 = 1.5V C11 330uF C12 330uF + ... | Original |
19 pages, |
SC1109CSTR SC1109BSTR SC1109ACSTR SC1109 SC1109 abstract |
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| Abstract: C9 R34 R14 R4 C3 R33 D14 220u D1N4148 R1 390 D1 10k D1N4148 47p , V3 BDIM 0.1u C21 2.2n 0 C22 2.2n 0 10k D11 R30 27k 0 D1N4148 R11 , BAW56 BAW56 330k D1N4148 0 R28 0 C16 2.2n C15 2.2n 0 DIM(0~5V) 0 27k 0 , Diagram ENA 3Vref Vref Internal Bias Vz Vcc Va ADIM Vb BDIM + UVLO 5.2V GND , OLP2 Q S + COMP6 - COMP1 3.7V - Q S 3.7V + OLP1 2.5V 2.5V ... | Original |
12 pages, |
AN-4136 50khz resonant frequency LG.Philips LCD circuit Transistor Q2N3904 SS23 Transistor Q2N3904 datasheet royer converter application note AN4136 dimming ballast for compact fluorescent UC3871 Royer oscillator Royer converter AN4136 abstract |
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| Abstract: for the D1N4148 switching diode, which is provided by Fairchild Semiconductor. The reference , I V1 D1N4148 -5 CTL 3.92k 3.92k VI VV+ Vref -5 THS4031 THS4031 500 +5 , diode is placed at the output feeding back to the inverting input of the OpAmp. If the output voltage of the OpAmp attempts to swing positive, the diode will turn on and feed a positive voltage back into , input the subsequent output will become negative. Due to the presence of the diode, the resistor ... | Original |
10 pages, |
Voltage Controlled Attenuator D1N4148 high power fet amplifier schematic HMC213MS8 HMC263 HMC264 HMC283 HMC315 HMC341 RO4350 variable attenuator at 15GHz THS4031 HMC346MS8G HMC346MS8G HMC346MS8G HMC346MS8G abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| ) R_R51 R51(1=N136960 N136960 N136960 N136960 2=N136956 N136956 N136956 N136956 1250 ) D_D7 D7(1=AUXFIL 2=N173033 N173033 N173033 N173033 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 ) L_L51 137842@DIODE.MUR160 MUR160 MUR160 MUR160.Normal(chips) R_R61 R61(1=N160199 N160199 N160199 N160199 2=SOURCE ) CN @NCP1250 NCP1250 NCP1250 NCP1250 SIMULATIONS .L.Normal(chips) D_D8 D8(1=OPP 2=N173033 N173033 N173033 N173033 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 www.datasheetarchive.com/download/71146536-605837ZC/ncp1250_orcad_model.zip (SCHEMATIC1.ALS) |
On Semiconductor | 04/10/2010 | 105.39 Kb | ZIP | ncp1250_orcad_model.zip |
| .Steady-state ) R_R51 R51(1=N136960 N136960 N136960 N136960 2=N136956 N136956 N136956 N136956 ) CN @NCP ( ) L_L51 L51(1=N1371120 N1371120 N1371120 N1371120 2=INT ) CN @NCP1250 NCP1250 NCP1250 NCP1250 ( ) R_R61 R61(1=N160199 N160199 N160199 N160199 2=SOURCE ) CN @NCP1250 NCP1250 NCP1250 NCP1250 D8(1=OPP 2=N173033 N173033 N173033 N173033 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 SIMULATIONS.Steady-state Transient(sch_1):INS172741 INS172741 INS172741 INS172741@DIODE.D1N965A D1N965A D1N965A D1N965A D5(1=AUX 2=N137942 N137942 N137942 N137942 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 SIMULATIONS.Steady-state Transient(sch_1):INS155647 INS155647 INS155647 INS155647@DIODE.D1N4937 D1N4937 D1N4937 D1N4937 www.datasheetarchive.com/download/71146536-605837ZC/ncp1250_orcad_model.zip (Steady-state Transient.als) |
On Semiconductor | 04/10/2010 | 105.39 Kb | ZIP | ncp1250_orcad_model.zip |
| .Step ) X_X2 X2(d=DRAIN g=GATE s=SOURCE ) CN @NCP .Step ) R_R59 R59(1=VCC 2=N873631 N873631 N873631 N873631 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 1250 SIMULATIONS.Step ) C_C7 C7(1=VCCA 2 (1=DRAIN 2=N874533 N874533 N874533 N874533 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 SIMULATIONS.Step ) R_R58 .R.Normal(chips) D_D8 D8(1=OPP 2=N873869 N873869 N873869 N873869 ) CN @NCP1250 NCP1250 NCP1250 NCP1250 SIMULATIONS.Step load(sch_1):INS873851 INS873851 INS873851 INS873851@DIODE.D1N965 D1N965 D1N965 D1N965 www.datasheetarchive.com/download/71146536-605837ZC/ncp1250_orcad_model.zip (Step load.ALS) |
On Semiconductor | 04/10/2010 | 105.39 Kb | ZIP | ncp1250_orcad_model.zip |
| zener diode * MV2201 MV2201 MV2201 MV2201 voltage variable capacitance diode * D1N4002 D1N4002 D1N4002 D1N4002 power diode * D1N4148 switching diode * MBD101 MBD101 MBD101 MBD101 switching diode * D1N914 D1N914 D1N914 D1N914 diode * D1N3940 D1N3940 D1N3940 D1N3940 diode * * J2N3819 J2N3819 J2N3819 J2N3819 N-channel Junction =MV2201 MV2201 MV2201 MV2201 case=182-03 * 88-09-22 bam creation * Switching Diodes * *$ .model D1N4148 D(Is=2.682n N *$ *- * Library of diode model parameters * * This is a reduced version of PSpice's diode model library. * You www.datasheetarchive.com/files/spicemodels/misc/eval.lib |
Spice Models | 20/12/2001 | 295.35 Kb | LIB | eval.lib |
| 136 137 D1N4148 D143 146 147 D1N4148 R148 137 0 10k R149 147 0 10k G136 8 0 137 0 -48.22E-6 22E-6 22E-6 22E-6 G146 8 0 147 0 -50E-6 -50E-6 -50E-6 -50E-6 I100 0 8 51.5E-6 * CATCH DIODES-FILTER/LOAD PHASE SHIFT .MODEL D1M D (IS=4.5E-14 5E-14 5E-14 5E-14 M=0.333 N=1.00 RS=0.112 VJ=0.75) D120 17 14 D1N4148 D121 0 17 D1N4148 .MODEL D1N4148 D(IS=0.1P RS=16 CJO=2P TT=12N BV=100 IBV=0.1P) * VREF OUTPUT V115 & E143 OUTPUT CURRENT GAIN TO 5V/A + DIODE DROP E133 136 0 VALUE={(V(138)*5+.65)} E143 146 0 www.datasheetarchive.com/files/apex-analog/simulation-models/sa56tool.lib |
Apex Analog | 11/09/2006 | 3.28 Kb | LIB | sa56tool.lib |
| { IF(V(VS,GND)>4.8,5,0) } V1 IN REFB 20m V2 5V 0 5 D1 GND IN D1N4148_1 D2 GND OUT D1N4148_1 D3 IN VD D1N4148_1 D4 GND VS D1N4148_1 D5 VS VD D1N4148_1 D6 GATE D D1N4148_1 D7 GND OFF D1N4148_1 D8 IN GATE D1N4744 D1N4744 D1N4744 D1N4744 C1 IN =1.973n Nr=2 Bv=15 Ibv=.14467 Nbv=1.093 + Ibvl=.1m Nbvl=1.2722 Tbv1=001433.3u) .model D1N Driver Supply Diode OR'd From IN or VS Pins *- 12V Gate Clamp with Additional Zener Protection *- 25 ns www.datasheetarchive.com/download/27820266-920969ZC/snvm010.zip (LM5050-1.LIB) |
Texas Instruments | 17/01/2012 | 347.26 Kb | ZIP | snvm010.zip |
| { IF(V(VS,GND)>4.8,5,0) } V1 IN REFB 20m V2 5V 0 5 D1 GND IN D1N4148_1 D2 GND OUT D1N4148_1 D3 IN VD D1N4148_1 D4 GND VS D1N4148_1 D5 VS VD D1N4148_1 D6 GATE D D1N4148_1 D7 GND OFF D1N4148_1 D8 IN GATE D1N4744 D1N4744 D1N4744 D1N4744 C1 IN =1.973n Nr=2 Bv=15 Ibv=.14467 Nbv=1.093 + Ibvl=.1m Nbvl=1.2722 Tbv1=001433.3u) .model D1N Driver Supply Diode OR'd From IN or VS Pins *- 12V Gate Clamp with Additional Zener Protection *- 25 ns www.datasheetarchive.com/download/27820266-920969ZC/snvm010.zip (LM5050-1.LIB) |
Texas Instruments | 17/01/2012 | 347.26 Kb | ZIP | snvm010.zip |
| =0.333 N=1.00 RS=0.043 VJ=0.75) * D120 127 10 D1N4148 D121 0 127 D1N4148 .MODEL D1N4148 D(IS=0 PIN F145 9 0 V145 -1 * R1 1 0 1meg R2 2 0 1meg R4 4 0 1meg R5 5 0 1meg * CATCH DIODES www.datasheetarchive.com/files/apex-analog/simulation-models/sa13tool.lib |
Apex Analog | 24/07/2004 | 2.6 Kb | LIB | sa13tool.lib |
| =0.043 VJ=0.75) * D120 127 10 D1N4148 D121 0 127 D1N4148 .MODEL D1N4148 D(IS=0.1P RS=16 CJO=2P V145 -1 * R1 1 0 1meg R2 2 0 1meg R5 5 0 1meg * CATCH DIODES-FILTER/LOAD PHASE SHIFT CAN www.datasheetarchive.com/files/apex-analog/simulation-models/sa18tool.lib |
Apex Analog | 24/07/2004 | 2.58 Kb | LIB | sa18tool.lib |
| =0.333 N=1.00 RS=0.043 VJ=0.75) * D120 127 10 D1N4148 D121 0 127 D1N4148 .MODEL D1N4148 D(IS=0 PIN F145 9 0 V145 -1 * R1 1 0 1meg R2 2 0 1meg R4 4 0 1meg R5 5 0 1meg * CATCH DIODES www.datasheetarchive.com/files/apex-analog/simulation-models/sa16tool.lib |
Apex Analog | 24/07/2004 | 2.6 Kb | LIB | sa16tool.lib |