NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Diode View all Features | Find Similar Products Documentation & Additional Information Product Drawings: ? PCFN- D2M SPEC 000 CUSTOMER DRAWING Catalog Pages/Data Sheets: ? None Available Product , Magnetic System = Monostable ? Coil Suppression Diode = Without ? Coil Selection Criteria = Nominal Voltage ... | Original |
1 pages, |
DIODE D2M datasheet abstract |
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| Abstract: rectifying diode reverse recovery problem, hence there is no current shoot through in the main input power , primary current and output rectifying diode current are large, although this is not a major concern for , cycle and Vo is the lump sum of the output voltage plus the rectifying diode forward voltage drop. , discharging time interval is designated as t2. After Q turns off, the current in Lo forces diode D to conduct. Lo sees the output voltage plus the diode forward voltage drop across its terminal, but in the ... | Original |
11 pages, |
VJ0805Y103KXAAT 71180 AN730 CRCW080549R9FRT1 DIODE D2M EFD10 flyback converter 2A 15V Si9108 12 pin flyback transformer flyback transformer pin CRCW08051R00FRT1 CRCW08051502FRT1 B160 AN730 abstract |
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| Abstract: rectifying diode reverse recovery problem, hence there is no current shoot through in the main input power , primary current and output rectifying diode current are large, although this is not a major concern for , rectifying diode forward voltage drop. The inductor charging time interval is designated as t1. When the , turns off, the current in Lo forces diode D to conduct. Lo sees the output voltage plus the diode , less than 1 under all conditions: DM ) D2M v 1 1 2PMf 1 Vsm ) 1 Vo 2 (7 ... | Original |
11 pages, |
SI9108 murata flyback 71180 LPE-4658-A409 AN730 AN730 abstract |
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| Abstract: AD5640BRJZ-1REEL7 to satisfy the current summation at the noninverting node of the AD8627 AD8627. Without this diode, such , of the AD8627 AD8627 is at virtual ground. The Schottky diode, D1, is required in this circuit to prevent ... | Original |
28 pages, |
DNL-AD5620-1 AD5620 AD5620CRMZ-2 AD5640 AD5640CRMZ-1 AD5660 AD5660-to-80C51 branding d6c AD6520 D2L DIODE 40512 AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| Abstract: AD5640AR Schottky diode, D1, is required in this circuit to prevent loop supply power-on transients from pulling the noninverting input of the AD8627 AD8627 more than 300 mV below its inverting input. Without this diode ... | Original |
24 pages, |
AD5660 AD5640 AD5620 D2L DIODE AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| Abstract: the current summation at the noninverting node of the AD8627 AD8627. Without this diode, such transients , of the AD8627 AD8627 is at virtual ground. The Schottky diode, D1, is required in this circuit to prevent ... | Original |
28 pages, |
AD5660 AD5640 AD5620 sk 75 dgm 066 AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| Abstract: diode, D1, is required in this circuit to prevent loop supply power-on transients from pulling the noninverting input of the AD8627 AD8627 more than 300 mV below its inverting input. Without this diode, such ... | Original |
24 pages, |
AD5660 AD5640 AD5620 9048X-101-102 RM-8 D2L DIODE AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| Abstract: 14-Bit, 80 MSPS, A/D Converter AD9444 AD9444 FEATURES APPLICATIONS Multicarrier, multimode cellular receivers Antenna array positioning Power amplifier linearization Broadband wireless Radar, infared imaging Communications instrumentation GENERAL DESCRIPTION The AD9444 AD9444 is a 14-bit monolithic, sampling analog-to-digital converter (ADC) with an on-chip, track-and-hold circuit and is optimized for power, small size, and ease of use. The product operates at up to an 80 MSPS conversion rat ... | Original |
40 pages, |
transistor smd A2Y AD9444 AD9444BSVZ-80 ADT1-1WT ANSI-644 ANSI644 D5Y smd DIODE D7M MX045 DIODE D2M c40m HSMS2812 AD9444 abstract |
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| Abstract: diode, D1, is required in this circuit to prevent loop supply power-on transients from pulling the noninverting input of the AD8627 AD8627 more than 300 mV below its inverting input. Without this diode, such ... | Original |
28 pages, |
DIODE D2M AD5660 AD5640 AD5620BRJZ AD5620 AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| Abstract: diode, D1, is required in this circuit to prevent loop supply power-on transients from pulling the noninverting input of the AD8627 AD8627 more than 300 mV below its inverting input. Without this diode, such ... | Original |
28 pages, |
AD5660 AD5640 AD5620 SOT-23 187 D2L DIODE AD5620/AD5640/AD5660 AD5620/AD5640/AD5660 abstract |
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| D2M D2 16 89 D2M D3 2 89 D2M D4 96 2 D2M C1 2 0 2E-12 2E-12 2E-12 2E-12 R1 2 0 300E6 300E6 300E6 300E6 R2 16 0 300E6 300E6 300E6 300E6 C2 16 0 2E-12 2E-12 2E-12 2E-12 R3 16 2 35E6 C3 16 2 3E-12 3E-12 3E-12 3E-12 V3 99 89 0.9 V4 96 0 2.9 D5 12 91 D2M D6 91 12 D2M I6 99 17 11E .MODEL D2M D CJO=4E-12 4E-12 4E-12 4E-12 IS=7E-9 M=0.45 N=2 + RS=0.8 TT=6E-9 VJ=0.6V .ENDS *END OF MODEL SA01TOOL SA01TOOL SA01TOOL SA01TOOL * F125 7 0 VSENS 1 * VREF 5 0 7.5 R105 5 0 1meg * * CATCH DIODES-FILTER/LOAD PHASE SHIFT CAN www.datasheetarchive.com/files/apex-analog/simulation-models/sa01tool.lib |
Apex Analog | 24/07/2004 | 3.69 Kb | LIB | sa01tool.lib |
| .085 R3 64 12 0.085 R4 39 7 0.085 D4 13 27 D2M D8 63 67 D2M R14 32 23 1E3 R37 23 27 143E9 143E9 143E9 143E9 E4 32 5 E5 VON=0.1 VOFF=0 .MODEL D1M D (IS=2.645E-15 645E-15 645E-15 645E-15 M=0.333 N=1.00 RS=0.086 VJ=0.75) .MODEL D2M D (IS=1 * * SA08 PWM 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 AND VON * 5 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME BETWEEN SWITCH ON www.datasheetarchive.com/files/apex-analog/simulation-models/sa08.lib |
Apex Analog | 24/07/2004 | 7.56 Kb | LIB | sa08.lib |
| .59 D4 13 27 D2M D8 63 67 D2M R14 32 23 1E3 R37 23 27 143E9 143E9 143E9 143E9 E4 32 5 68 5 1 E3 5 31 41 27 -1 R43 44 -12 M=0.333 N=1.00 RS=0.0608 VJ=0.75) .MODEL D2M D (IS=1.68E-08 68E-08 68E-08 68E-08 M=0.333 N=1.89 RS=0.452 VJ=0 * * SA16 PWM 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 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME www.datasheetarchive.com/files/apex-analog/simulation-models/sa16.lib |
Apex Analog | 24/07/2004 | 7.35 Kb | LIB | sa16.lib |
| .09 D4 13 27 D2M D8 63 67 D2M R14 32 23 1E3 R37 23 27 143E9 143E9 143E9 143E9 E4 32 5 68 5 1 E3 5 31 41 27 -1 R43 44 -12 M=0.333 N=1.00 RS=0.02685 VJ=0.75) .MODEL D2M D (IS=1.68E-08 68E-08 68E-08 68E-08 M=0.333 N=1.89 RS=0.452 VJ=0 * * SA13 PWM 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 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME www.datasheetarchive.com/files/apex-analog/simulation-models/sa13.lib |
Apex Analog | 24/07/2004 | 7.36 Kb | LIB | sa13.lib |
| .121 D4 13 27 D2M D8 63 67 D2M R14 32 23 1E3 R37 23 27 143E9 143E9 143E9 143E9 E4 32 5 68 5 1 E3 5 31 41 27 -1 R43 44 -12 M=0.333 N=1.00 RS=0.0348 VJ=0.75) .MODEL D2M D (IS=1.68E-08 68E-08 68E-08 68E-08 M=0.333 N=1.89 RS=0.452 VJ=0 * * SA14 PWM 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 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME www.datasheetarchive.com/files/apex-analog/simulation-models/sa14.lib |
Apex Analog | 24/07/2004 | 7.36 Kb | LIB | sa14.lib |
| .49 R2 19 8 R1M 0.49 R3 64 12 R1M 0.49 R4 39 7 R1M 0.49 D4 13 27 D2M D8 63 67 D2M R14 32 23 1E3 ROFF=1E5 VON=0.1 VOFF=0 .MODEL D1M D (IS=2.832E-12 832E-12 832E-12 832E-12 M=0.333 N=1.00 RS=0.043 VJ=0.75) .MODEL D2M D (IS * * SA12 PWM 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 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME www.datasheetarchive.com/files/apex-analog/simulation-models/sa12.lib |
Apex Analog | 24/07/2004 | 7.58 Kb | LIB | sa12.lib |
| R1M 0.121 R2 19 8 R1M 0.121 R3 64 12 R1M 0.121 R4 39 7 R1M 0.121 D4 13 27 D2M D8 63 67 D2M R =0.75) .MODEL D2M D (IS=1.68E-08 68E-08 68E-08 68E-08 M=0.333 N=1.89 RS=0.452 VJ=0.75) .MODEL DN D (BV=100 CJO=4E-12 4E-12 4E-12 4E-12 IS * * SA04 PWM 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 INCREASING IQ ON THE VS SUPPLY VS FREQUENCY * 6 DEADTIME www.datasheetarchive.com/files/apex-analog/simulation-models/sa04.lib |
Apex Analog | 24/07/2004 | 7.53 Kb | LIB | sa04.lib |