NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: separate components: Figure 2b Pulse A2 modified by the transmitter The Channel Generator Transmitters , outputs (0.7A @ 60V dc per output, 3.9A total). It is recommended that a fly wheel diode is fitted to each , 35mm DIN rail 2b). If this time lag is too large, the channel generator (symmetrical) or in , Components Ltd. PO Box 99, Corby, Northants, NN17 9RS Telephone: 0536 201234 An Electrocomponents Company ... | Original |
4 pages, |
diode 2b 0536 dupline 128 D12362 D12362 abstract |
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| Abstract: AB ALLEN-BRADLEY High Performance Visible Laser Diode Scanners (Catalog No. 2755-LD4z1 , Laser Diode (VLD) for non-contact scanning. The laser generates a small, concentrated light beam that , 2755 High Performance, Visible Laser Diode Scanners The scanners feature two scan rates, multiple , Performance, Visible Laser Diode Scanners Figure 2 Back of Scanner VALID POWER Scanner-to-Decoder , the scanner. See Figure 2. 3 Product Data Bulletin 2755 High Performance, Visible Laser Diode ... | Original |
28 pages, |
line scan sensor 2755-LD4C1 42GR 2755 42SRU-6203 42SRU-6203-QD 42GRU 2755-LD4A1 Brad Harrison 42gru-9200 42gru-9200-qd datasheet abstract |
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| Abstract: current spike caused by the reverse diode recovery of the output free wheeling diode. · Runaway , , or subtracted from the control signal, this error is corrected (Figure 2b). VCC Undervoltage , accounts for 2 diode drops on the input bridge. If we assume initially the capacitor valley voltage to be , = forward drop across the Schottky diode at full load. Winding 5 each Auxiliary 4 The , equivalent gap using spacers, lg tOFF L+ 0.4pN2Ae(108) L 0.4p(8)2(1.8)(108) 2.7 106 + 0.536 ... | Original |
12 pages, |
BYV32 byv 121 datasheet SPRAGUE 36DX CS3842A PQ-4040 Ferroxcube EC52 3843A 768XT188 PQ4040 P4404 EC-52-3C8 2616PA250-3B7 Ferroxcube 3C8 magnetic core ferroxcube 3E2A CS3842AAN/D CS3842A CS3842AAN/D abstract |
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| Abstract: G1 Allen-Bradley High Performance Visible Laser Diode Scanner (Cat. No. 2755-LD4z1 , ii Table of Contents High Performance Visible Laser Diode User Manual Installing the Scanner , Performance Visible Laser Diode User Manual iii Figures 2.1 2.2 2.3 3.1 3.2 3.3 3.4 3.5 3.6 , 37 38 310 315 316 317 318 42 43 44 46 52 53 62 Tables 2.A 2.B 2.C , family of Visible Laser Diode (VLD) Scanners. The contents of each chapter are as follows: Chapter ... | Original |
57 pages, |
2755-LD4C1 fingerprint scanner diode substitution manual Brad Harrison 2755-LD4E1 2755-NM42 42GRU fingerprint scanner circuit 42gru-9200 42gru-9200-qd datasheet abstract |
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| Abstract: design. CRM limits the maximum currents of the boost stage diode, MOSFET and inductor. It reduces the , 20 mV Zero Current Sense Resistor (RS(ZCD) = VS(ZCD) / IS(ZCD) 4 RS(ZCD) - 0.536 , to PFC including fewer external circuit components and simple voltage-mode feedback. The diode , diode. On the other hand, the CRM feature is added to limit the maximum current stress to twice of the , ) (3.9 V typical) and the ramp pin (Pin 3) is with a 9 V ESD Zener diode. The 3.9 V maximum limit of ... | Original |
18 pages, |
SPP11N60S5 SPF47283900 NCP1601B NCP1601A NCP1601 MUR460 KBP06 JESD78 digital pfc crm NCP1601A abstract |
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| Abstract: design. CRM limits the maximum currents of the boost stage diode, MOSFET and inductor. It reduces the , 20 mV Zero Current Sense Resistor (RS(ZCD) = VS(ZCD) / IS(ZCD) 4 RS(ZCD) - 0.536 , and simple voltage- mode feedback. The diode turn- off switching loss is negligible and hence there is no need to use a low reverse- recovery time trr diode. On the other hand, the CRM feature is , ) (3.9 V typical) and the ramp pin (Pin 3) is with a 9 V ESD Zener diode. The 3.9 V maximum limit of ... | Original |
19 pages, |
NCP1601B NCP1601A ncp1601 application note NCP1601 MUR460 KBP06 JESD78 digital pfc crm NCP1601A abstract |
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| Abstract: currents of the boost stage diode, MOSFET and inductor. It reduces the costs and improves the reliability , ) / IS(ZCD) 4 RS(ZCD) - 0.536 1 kW Charging Current (Ramp = 0 V) 3 Ich 95 , voltage-mode feedback. The diode turn-off switching loss is negligible and hence there is no need to use a low reverse-recovery time trr diode. On the other hand, the CRM feature is added to limit the maximum , pin (Pin 3) is with a 9 V ESD Zener diode. The 3.9 V maximum limit of this Vton indirectly limits ... | Original |
18 pages, |
ELECTRONIC dimming BALLAST MOSFET SO-8 NCP1601 NCP1601A NCP1601ADR2 NCP1601AP NCP1601B 1601B NCP1601BP NCP1601BDR2 light a fused tube rectified constant power led driver ballast circuit diagram NCP1601A abstract |
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| Abstract: design. CRM limits the maximum currents of the boost stage diode, MOSFET and inductor. It reduces the , ) = VS(ZCD) / IS(ZCD) 4 RS(ZCD) - 0.536 1 kW Charging Current (Ramp = 0 V) 3 , fewer external circuit components and simple voltage-mode feedback. The diode turn-off switching loss is negligible and hence there is no need to use a low reverse-recovery time trr diode. On the other , ) (3.9 V typical) and the ramp pin (Pin 3) is with a 9 V ESD Zener diode. The 3.9 V maximum limit of ... | Original |
18 pages, |
SPP11N60S5 NCP1601B NCP1601 MUR460 KBP06 JESD78 NCP1601A NCP1601A abstract |
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| Abstract: the VBE of the BD136 BD136 is about 0.7 V and the voltage drop across the BA315 BA315 diode is 0.8 V, there is a , in the base current of the BLW98 BLW98. The BA315 BA315 diode is used to compensate the temperature coefficient of the VBE of the BD136 BD136. The variable resistor in series with this diode serves to adjust the IC of , sufficient. If necessary, a diode or an NTC thermistor can be included in the lower branch to compensate for ... | Original |
36 pages, |
smd jxp SMD transistor Mo smd transistor pnp 591 TV AMPLIFER TRANSISTOR ECO6907 BD136 SMD TRANSISTOR bd136 equivalent blf177 108 amplifier g3 smd transistor AN98030 9015 SMD COE82101 HF power amplifier blf177 datasheet abstract |
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| Abstract: Bulletin No O03JG0 O03JG0 Jan.,2011 I C http://www.sanken-ele.co.jp ISO9001/14001 ISO9001/14001 ICICICMOS FETIGBTLED CCFL UPS 171-0021 1111 TEL 0339866166FAX 0339866166FAX 0339861400 530-0057 2-12-7 TEL 0663128716FAX 0663128716FAX 0663128719 232 530-0001 3-3-20 TEL 0664504400FAX 0664504400FAX 0664504404 450-0002 4-26-22 TEL 0525812767FAX 0525812767FAX 0525625801 SANKEN ELECTRIC SINGAPORE PTE., LTD. TEL 65-291-4755 FAX 65-297-1744 150 Beach Road, No. 14-03 The Gate ... | Original |
278 pages, |
STR-W6053 STR-W6051S STR-w6251 STRX6768 str-w6252 strl472 STR-W6750 STR-V153 STR-W6253 STRV152 strw6052 strx6750 STRW6253 STRW6251 O03JG0 O03JG0 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| STB V CC A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V S SSP V SSP V SSP V PP V PP V SSLO G CLK STB V C C A4 HIZ V SS S U B B1 B2 B3 B4 POL BLK F/R V SSLO G V 2 B3 B4 POL BLK F/R V SSLO G V SSLO G V SSLO G A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V SSP V SSS UB OUT33 OUT33 OUT33 OUT33 OUT34 OUT34 OUT34 OUT34 OUT25 OUT25 OUT25 OUT25 A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V S SP V S PP V PP V SS LOG CLK STB V CC A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6401.htm |
STMicroelectronics | 02/04/1999 | 28.55 Kb | HTM | 6401.htm |
| STB V CC A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V S SSP V SSP V SSP V PP V PP V SSLO G CLK STB V C C A4 HIZ V SS S U B B1 B2 B3 B4 POL BLK F/R V SSLO G V 2 B3 B4 POL BLK F/R V SSLO G V SSLO G V SSLO G A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V SSP V SSS UB OUT33 OUT33 OUT33 OUT33 OUT34 OUT34 OUT34 OUT34 OUT25 OUT25 OUT25 OUT25 A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 A2 A1 OUT31 OUT31 OUT31 OUT31 OUT32 OUT32 OUT32 OUT32 V S SP V S PP V PP V SS LOG CLK STB V CC A4 HIZ V S SS UB B1 B2 B3 B4 POL BLK F/R V SS LOG V SS LOG V SS LOG A3 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/6401-v1.htm |
STMicroelectronics | 14/06/1999 | 28.51 Kb | HTM | 6401-v1.htm |
| 016bfb981c46741e303a3f04f062ce50da7 0164f130f580d1f4d01e9b99bc46636e3a6 016ef9f5d6a6d393866e2b30a472 008b4b9c0c42b41e303 _start 008abac6f7c2526a8a6 008f8b www.datasheetarchive.com/download/56687051-145147ZC/bsp75n_sabermodel.zip (components_bsp75en.sin) |
Infineon | 23/09/2004 | 310.35 Kb | ZIP | bsp75n_sabermodel.zip |
| =10FEB2011 10FEB2011 10FEB2011 10FEB2011 *VERSION=1 *PIN_ORDER * 1=E1 6=C1 * 2=B1 5=B2 * 3=C2 4=E2 _ORDER * 1=E1 6=C1 * 2=B1 5=B2 * 3=C2 4=E2 * .SUBCKT MMDT5551 MMDT5551 MMDT5551 MMDT5551 1 2 3 4 5 6 Q1 6 2 1 Mod1 Q2 3 5 .1E-9 TR =0.9e-6 XTB=1.4 * *$ * .SUBCKT ZDT694 ZDT694 ZDT694 ZDT694 1 2 3 4 5 6 7 8 * E2 B2 E1 B1 C1 C1 -12 TF=.763E-9 763E-9 763E-9 763E-9 TR=130E-9 130E-9 130E-9 130E-9 * .ENDS ZDT694 ZDT694 ZDT694 ZDT694 .SUBCKT ZDT795A ZDT795A ZDT795A ZDT795A 1 2 3 4 5 6 7 8 * E2 B2 E1 B1 * *DIODES_INC_SPICE_MODEL *ORIGIN=DZSL_DPG_GM *SIMULATOR=CADENCE PSPICE 15.7 *DATE=01DEC2010 01DEC2010 01DEC2010 01DEC2010 www.datasheetarchive.com/files/diodes-inc/spice-model/bipolar-transistors_transistor-bjt-master-table_transistors-100v.txt |
Diodes, Inc. | 19/10/2012 | 33.81 Kb | TXT | bipolar-transistors_transistor-bjt-master-table_transistors-100v.txt |
| =10FEB2011 10FEB2011 10FEB2011 10FEB2011 *VERSION=1 *PIN_ORDER * 1=E1 6=C1 * 2=B1 5=B2 * 3=C2 4=E2 _ORDER * 1=E1 6=C1 * 2=B1 5=B2 * 3=C2 4=E2 * .SUBCKT MMDT5551 MMDT5551 MMDT5551 MMDT5551 1 2 3 4 5 6 Q1 6 2 1 Mod1 Q2 3 5 * E2 B2 E1 B1 C1 C1 C2 C2 Q1 9 4 3 Mod1 Q2 10 2 1 Mod1 R1 5 9 0.001 R2 6 9 0.001 R3 7 10 0.001 R * E2 B2 E1 B1 C1 C1 C2 C2 Q1 9 4 3 Mod1 Q2 10 2 1 Mod1 R1 5 9 0.001 R2 6 9 0.001 R3 7 10 0.001 R * *DIODES_INC_SPICE_MODEL *ORIGIN=DZSL_DPG_GM *SIMULATOR=CADENCE PSPICE 15.7 *DATE=01DEC2010 01DEC2010 01DEC2010 01DEC2010 www.datasheetarchive.com/files/diodes-inc/spice-model/spicemodels_bipolar-transistors_transistor-bjt-master-table_transistors-100v.txt |
Diodes, Inc. | 04/09/2012 | 32.74 Kb | TXT | spicemodels_bipolar-transistors_transistor-bjt-master-table_transistors-100v.txt |
| * ZETEX Spice Model Library v4.7 * (Last Revision July 2003) * * *NOTE 1 *Some ZETEX high voltage bipolar models use RCO & GAMMA as supported by *MicroSim PSpice. PSpice models the quasi-saturation effect less well *at temperature extremes. Spice software which does not support RCO & GAMMA *will model the quasi-saturation region incorrectly. The resulting *model will return optimistic values for forward Vcesat, current gain *and Tdon. If you www.datasheetarchive.com/files/spicemodels/misc/models/zmodels.lib |
Spice Models | 27/08/2003 | 190.93 Kb | LIB | zmodels.lib |
| Transistors @321" CALL "RF Diodes @322" CALL "AF Transistors @323" CALL "AF Diodes @324" CALL "Si 72" "A0535 A0535 A0535 A0535" FILE "BFQ 73S" "A0914 A0914 A0914 A0914" FILE "BFQ 74" "A0536" FILE "BFQ 75" "A0537 A0537 A0537 A0537" FILE "BFQ 76" "A " "BGA318 BGA318 BGA318 BGA318" "EUR" END MENUE "RF Diodes @322" CALL "Switching Diodes @3221" CALL "Schottky Diodes for General Purposes @3222" CALL "Variable Capacitance Diodes for Tuner Applications @3223" CALL "Pin Diodes for Professional Applications @3224" CALL "Pin Diodes for General Purposes @3225" CALL "Varactors www.datasheetarchive.com/files/siemens/setup/hlmenu-v2.def |
Siemens | 16/03/1994 | 77.97 Kb | DEF | hlmenu-v2.def |
| * ZETEX Spice Model Library v4.5 * (Last Revision June 2002) * *NOTE 1 *To introduce temperature dependence for bipolar current gain *into a ZETEX model please insert the term XTB. XTB is none *linear with temperature and an average value around room *temperature is 1.4. For better accuracy when working around *-55°C use a value of 1.7 and around 100°C use a value of 1.1. * *NOTE 2 *Some ZETEX high voltage bipolar models use RCO & GAMMA as www.datasheetarchive.com/files/spicemodels/misc/modelos/spice_complete/zmodels.lib |
Spice Models | 18/04/2010 | 168.97 Kb | LIB | zmodels.lib |
| .040e-13 24 2A10 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.300e-02 4.065e-09 7.610e-13 25 2B10 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.100e-02 3.994e-09 7.570e-13 26 2B9 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.900e-02 3.649e-09 7.890e-13 27 2B8 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.800e-02 3.362e-09 6.600e-13 28 2B7 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.800e-02 3.082e-09 5.740e-13 29 2B6 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.400e-02 2.990e-09 5.220e-13 30 2B5 CB3T16210 CB3T16210 CB3T16210 CB3T16210 www.datasheetarchive.com/download/86916089-917451ZC/scdm076.zip (sn74cb3t16210.ibs) |
Texas Instruments | 07/08/2011 | 26.9 Kb | ZIP | scdm076.zip |
| .040e-13 24 2A10 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.300e-02 4.065e-09 7.610e-13 25 2B10 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.100e-02 3.994e-09 7.570e-13 26 2B9 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.900e-02 3.649e-09 7.890e-13 27 2B8 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.800e-02 3.362e-09 6.600e-13 28 2B7 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 3.800e-02 3.082e-09 5.740e-13 29 2B6 CB3T16210 CB3T16210 CB3T16210 CB3T16210_IO 4.400e-02 2.990e-09 5.220e-13 30 2B5 CB3T16210 CB3T16210 CB3T16210 CB3T16210 www.datasheetarchive.com/files/texas-instruments/simulation-models/scdm076.ibs |
Texas Instruments | 07/08/2011 | 133.89 Kb | IBS | scdm076.ibs |