NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Type | Ordering |
| G198 | N/A | Shortform Semicon, Diode, and SCR Datasheets |
1 pages, |
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| G1984M | EPCOS AG | IF Filter for Intercarrier Applications |
6 pages, |
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| G1986M | EPCOS AG | IF Filter for Intercarrier Applications |
6 pages, |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: test; pulse width s 300 us, duty cycle < 2%. c. Independent of operating temperature. g_198 ... | OCR Scan |
4 pages, |
datasheet abstract |
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| Abstract: 1,73 G198 1,9 min. 2,5 16 Padvorschlag PCB Layout 2 3 7 4 6 8 1 ... | Original |
3 pages, |
G198 Corning Frequency Control FCXO200 FCXO200 abstract |
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| Abstract: fflfìflflfìfìflfll 0.228-0.244-(5.791 -G.198) t_iwrrrw/iii LEAD N0.1 / 1 2 3 4 5 6 7 8 j IDEKT «1« (0.554 ... | OCR Scan |
6 pages, |
Q014 MTC16 M16D M16A LVX138 74LVX138SJ 74LVX138MTC 74LVX138M 74LVX138 74LVX138 abstract |
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| Abstract: C-2V C-2R C-2F C-2F C-2F G638 G 627 G 628 G972 G639 G629 G191 G 976 G647 G977 G978 G979 G991 G198 G998 ... | OCR Scan |
5 pages, |
W592 W1214 W1159 G990 G651 G641 8UHR110 g991 datasheet abstract |
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| Abstract: RthjA Junction-to-Ambient ALL - - 30 K/W © Typica) socket mount G-198 IRF9140 IRF9140, IRF9141 IRF9141, IRF9142 IRF9142, IRF9143 IRF9143 ... | OCR Scan |
6 pages, |
irf9142 IRF914Q IRFS141 IRF914S IRF9143 IRF914Q abstract |
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| Abstract: Circuit Examples" in The Safety Library Section of this catalog. G198 Omron Scientific Technologies ... | Original |
6 pages, |
T5009-6 T5009 SA01-FLX1 EN60947-5-1 EN60204-1 EN292 EN1088 SA01-FSTD T5009-021F2M datasheet abstract |
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| Abstract: 266 411 345 G198 -4650 411 -2130 411 346 G199 -4710 411 G157 ... | Original |
18 pages, |
JBT6K49-AS G166 G188 G219 G222 G237 G240 G37 IC IC 3843 8 Pin JBT6K47-AS JBT6K48-AS G-233 g193 g229 JBT6K48-AS abstract |
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| Abstract: 266 411 345 G198 -4650 411 -2130 411 346 G199 -4710 411 G157 ... | Original |
18 pages, |
JBT6K49-AS G188 G240 IC 3843 8 Pin ic 3843 datasheet IC 7587 JBT6K47-AS JBT6K48-AS 7463 G138 JBT6K48-AS abstract |
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| Abstract: V43-V55 879 S47 -5899.5 444 939 G198 -7519.5 444 760 S166 -2686.5 574 820 ... | Original |
80 pages, |
BT 22005 742 792 9112 444-573 PKN41 S279 S328 S498 S487 s452 s448 S439 s432 s431 CYPCY 10084 datasheet abstract |
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| Abstract: Industrial Control - Bulletin 800F 22.5 mm Push Buttons Page 1 of 88 Catalogs > Industrial Controls Catalog > Push Buttons > 22 mm IEC > Bulletin 800F 22.5 mm Push Buttons BULLETIN 800F 22.5 MM PUSH BUTTONS Product Overview Bulletin 800F Plastic and Metal Operators Build a Catalog Number 22.5 mm Mounting Hole l IP65/66 IP65/66 Type 4/4X/13 4/4X/13 l Internationally Rated Operators l Bulletin 800FP 800FP Plastic Operators Type 4/4X/13 4/4X/13, IP65/66 IP65/66 Engineering grade thermoplastics l Chemical-resista ... | Original |
88 pages, |
800FPMP44 800FP-F2PX10 800fm-km23 800FP-P4PN5R 800FM-LMP44 800f-x10 800FP-LMP44 800fp-p4pn3r 800FP-P3PN5G 800fp-mp44 800FP-P3PN3G 800FP-POT6 800FP-POT datasheet abstract |
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| Abstract: Technical Data Security Systems Magnet Reed Contact Set MRS Application Reed contacts monitor the opening of windows and doors. STO 7277.00 Mode of operation The reed contact is magnetically operated ba a separate permanent magnet. The two units are mounted in parallel (for surface mounting) or end (for drilling) at a maximum distance of 10 mm apart. If the distance between them is increased, the reed contact opens, thereby interrupting the zone. MRS/. VdS-Nr. G 198 531 ... | Original |
2 pages, |
R0002 D-69006 r0012 datasheet abstract |
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| Abstract: Heat-Shrink Boots Series 77 Shrink Boots Installation Instructions: 2 Part Epoxy INSTALLATION OF HEATSHRINK BOOTS WITH USER-INSTALLED TWO PART EPOXY ADHESIVE Glenair two part epoxy should be used. Part number 779-001 duo syringe, 779-XXX 779-XXX dispensing gun and 779XXX 779XXX mixing nozzle are recommended. Epoxy complies with BS G 198 Type U, EC 62329 and VG 95343 Part 15. Only adhesives that meet the requirements of these specifications are recommended. Surface Preparation 1. Prepare the inside ... | Original |
1 pages, |
adhesive VG 95343 isopropyl alcohol 779-XXX 779XXX 779-XXX abstract |
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| Abstract: * MAX4112 MAX4112 FAMILY MACROMODELS * -* FEATURES: * 500MHz -3dB Bandwidth * 300MHz Full-Power Bandwidth * 5mA Typical Supply Current * 80mA Output Drive * 1200V/uS Slew Rate * Available in 8-Pin SO/uMAX * * PART NUMBER DESCRIPTION * _ _ * MAX4112 MAX4112 500MHz, Low-Power Current-Mode * Feedback Amplifiers * * * ////////////// MAX4112 MAX4112 MACROMODEL ////////////////// * * => REFER TO MAX4112 MAX4112 DATA SHEET ... | Original |
2 pages, |
MAX4112 346P 246P 1E14 58E-3 372MEG 1E-14 7E-14 13E-13 1E-15 1E-17 667E-9 MAX4112 abstract |
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| Abstract: * MAX4113 MAX4113 FAMILY MACROMODELS * -* FEATURES: * 275MHz -3dB Bandwidth * 250MHz Full-Power Bandwidth * 5mA Typical Supply Current * 80mA Output Drive * 1800V/uS Slew Rate * Available in 8-Pin SO/uMAX * * PART NUMBER DESCRIPTION * _ _ * MAX4113 MAX4113 500MHz, Low-Power Current-Mode * Feedback Amplifiers * * * ////////////// MAX4113 MAX4113 MACROMODEL ////////////////// * * => REFER TO MAX4113 MAX4113 DATA SHEET ... | Original |
3 pages, |
MAX4113 632P 10E4 58E-3 372MEG 1E-14 7E-14 13E-13 1E-15 1E-17 667E-9 MAX4113 abstract |
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| Abstract: * MAX497 MAX497 FAMILY MACROMODELS * -* FEATURES: * 275MHz -3dB Bandwidth * 215MHz Full-Power Bandwidth * 1500V/uS Slew Rate * Available in 16-Pin DIP/SO * * PART NUMBER DESCRIPTION * _ _ * MAX497 MAX497 275MHz, Quad Buffers, Av=+2 * * * ////////////// MAX497 MAX497 MACROMODEL ////////////////// * * => REFER TO MAX497 MAX497 DATA SHEET ... | Original |
3 pages, |
R202 Q201 MAX497 IB201 C202 C201 I202 RE201 RE202 IB202 VOS200 CIN201 CIN202 58E-3 372MEG MAX497 abstract |
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| Abstract: * MAX496 MAX496 FAMILY MACROMODELS * -* FEATURES: * 375MHz -3dB Bandwidth * 230MHz Full-Power Bandwidth * 1600V/uS Slew Rate * Available in 16-Pin DIP/SO * * PART NUMBER DESCRIPTION * _ _ * MAX496 MAX496 375MHz, Quad Buffers, Av=+1 * * * ////////////// MAX496 MAX496 MACROMODEL ////////////////// * * => REFER TO MAX496 MAX496 DATA SHEET ... | Original |
2 pages, |
R202 Q201 MAX496 I202 C202 C201 kf 202 kf 203 RE201 RE202 IB201 IB202 VOS200 58E-3 372MEG MAX496 abstract |
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| Abstract: * MAX4182 MAX4182 FAMILY MACROMODELS * -* FEATURES: * 270MHz Gain Bandwidth Product (MAX4184/MAX4187 MAX4184/MAX4187) * 240MHz Gain Bandwidth Product (MAX4182/MAX4186 MAX4182/MAX4186) * 1mA Supply Current * Stable Av=+2 (MAX4182/MAX4186 MAX4182/MAX4186) * Unity-Gain Stable (MAX4184/MAX4187 MAX4184/MAX4187 * 400V/us Slew Rate * Available in 8-Pin SO (MAX4182/4 MAX4182/4) * 14-Pin SO & (MAX4186/7 MAX4186/7) * 16-Pin QSOP * * PART NUMBER DESCRIPTION * _ _ * MAX4182 MAX4182 Dual 240MHz, Stable Av=+2 * MAX4184 MAX4184 D ... | Original |
8 pages, |
MAX4187 MAX4186 MAX4184 MAX4182 130U MAX4184/MAX4187 MAX4182/MAX4186 MAX4182/4 MAX4186/7 58E-3 372MEG 1E-14 7E-14 13E-13 MAX4182 abstract |
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| Abstract: * * * * * * MAX4214 MAX4214 FAMILY MACROMODELS -FEATURES: 230MHz Gain Bandwidth Product 5.5mA Typical Supply Current Rail-to-Rail I/O * Available in 5-Pin SOT23 (MAX4214 MAX4214) * 8-Pin uMAX/SO (MAX4217 MAX4217) * 14-Pin SO/16-Pin QSOP (MAX4222 MAX4222) * * PART NUMBER DESCRIPTION * _ _ * MAX4214 MAX4214 Single Amp, Without Enable * MAX4217 MAX4217 Dual Amp, Without Enable * MAX4222 MAX4222 Quad Amp, Without Enable * * The ENABLE function is not modele ... | Original |
6 pages, |
MAX4222 MAX4219 MAX4217 MAX4215 MAX4214 1P NPN 1E14 100MV 58E-3 372MEG 1E-14 7E-14 MAX4214 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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| ;: bidi_reg.lca (3020APC84-6 3020APC84-6 3020APC84-6 3020APC84-6), xdelay 5.0.0, Mon Sep 19 14:46:45 1994 Version 2 Design 3020APC84 3020APC84 3020APC84 3020APC84 9 0 Speed -6 Addnet CLOCK1 TCLKIN.I GCLK.I Netdelay CLOCK1 GCLK.I 0.0 Program CLOCK1 {24G254 24G254 24G254 24G254} NProgram CLOCK1 GCLK.I:TCLKIN.I Addnet CLOCK2 BCLKIN.I ACLK.I Netdelay CLOCK2 ACLK.I 0.0 Program CLOCK2 {239G36 239G36 239G36 239G36} NProgram CLOCK2 BCLKIN.I:ACLK.I Addnet INA P67.I CH.DI Netdelay INA CH.DI 1.2 Program INA {208G198} {233G198} {238G197 238G197 238G197 238G197} {238G184 238G184 238G184 238G184} NProgram INA row.C.local.5:CH.DI CI.20.1.15 CI www.datasheetarchive.com/download/16518039-958264ZC/synopsys.tar |
Xilinx | 24/09/1996 | 10168 Kb | TAR | synopsys.tar |
| _UPi (direction OUTPUT) (port BRAM_B_ENi (direction OUTPUT) (port G_198 (direction INPUT _B_ENi) ) (net (rename g_198 "G_198") (joined (portRef G_198) (portRef D (instance www.datasheetarchive.com/download/76688301-996017ZC/xapp657.zip (top.edf) |
Xilinx | 16/08/2002 | 127.79 Kb | ZIP | xapp657.zip |
| .A 6.9 BA.A 7.0 DB.E 13.3 Program PE {48G210 48G210 48G210 48G210} {48G203 48G203 48G203 48G203} {43G198} {17G198} {12G203 12G203 12G203 12G203} {12G225 12G225 12G225 12G225} {12G227 12G227 12G227 12G227 } {74G213 74G213 74G213 74G213} {74G203 74G203 74G203 74G203} {69G198} {58G198} NProgram Q6 row.E.local.5:DB.C row.D.local.3:PAD27 PAD27 PAD27 PAD27.O DJ.20 .B.local.2:CA.Y Addnet Q6 DA.X DC.C DB.C P68.O Netdelay Q6 DC.C 1.9 DB.C 1.5 P68.O 10.3 Program Q6 {54G198} {277G230 277G230 277G230 277G230} {257G230 257G230 257G230 257G230} {251G230 251G230 251G230 251G230} {232G230 232G230 232G230 232G230} {231G230 231G230 231G230 231G230} {225G230 225G230 225G230 225G230} {205G230 205G230 205G230 205G230} {199G231 199G231 199G231 199G231} {179G231 179G231 179G231 179G231} {173G www.datasheetarchive.com/download/82155996-960566ZC/xapp002v.zip (CLDF16H.LCA) |
Xilinx | 05/09/1996 | 193.16 Kb | ZIP | xapp002v.zip |
| .A 6.9 BA.A 7.0 DB.E 13.3 Program PE {48G210 48G210 48G210 48G210} {48G203 48G203 48G203 48G203} {43G198} {17G198} {12G203 12G203 12G203 12G203} {12G225 12G225 12G225 12G225} {12G227 12G227 12G227 12G227 } {74G213 74G213 74G213 74G213} {74G203 74G203 74G203 74G203} {69G198} {58G198} NProgram Q6 row.E.local.5:DB.C row.D.local.3:PAD27 PAD27 PAD27 PAD27.O DJ.20 .B.local.2:CA.Y Addnet Q6 DA.X DC.C DB.C P68.O Netdelay Q6 DC.C 1.9 DB.C 1.5 P68.O 10.3 Program Q6 {54G198} {277G230 277G230 277G230 277G230} {257G230 257G230 257G230 257G230} {251G230 251G230 251G230 251G230} {232G230 232G230 232G230 232G230} {231G230 231G230 231G230 231G230} {225G230 225G230 225G230 225G230} {205G230 205G230 205G230 205G230} {199G231 199G231 199G231 199G231} {179G231 179G231 179G231 179G231} {173G www.datasheetarchive.com/download/8224988-988363ZC/wcd036f0.zip (CLDF16H.LCA) |
Xilinx | 12/02/1999 | 193.16 Kb | ZIP | wcd036f0.zip |
| .A 6.9 BA.A 7.0 DB.E 13.3 Program PE {48G210 48G210 48G210 48G210} {48G203 48G203 48G203 48G203} {43G198} {17G198} {12G203 12G203 12G203 12G203} {12G225 12G225 12G225 12G225} {12G227 12G227 12G227 12G227 } {74G213 74G213 74G213 74G213} {74G203 74G203 74G203 74G203} {69G198} {58G198} NProgram Q6 row.E.local.5:DB.C row.D.local.3:PAD27 PAD27 PAD27 PAD27.O DJ.20 .B.local.2:CA.Y Addnet Q6 DA.X DC.C DB.C P68.O Netdelay Q6 DC.C 1.9 DB.C 1.5 P68.O 10.3 Program Q6 {54G198} {277G230 277G230 277G230 277G230} {257G230 257G230 257G230 257G230} {251G230 251G230 251G230 251G230} {232G230 232G230 232G230 232G230} {231G230 231G230 231G230 231G230} {225G230 225G230 225G230 225G230} {205G230 205G230 205G230 205G230} {199G231 199G231 199G231 199G231} {179G231 179G231 179G231 179G231} {173G www.datasheetarchive.com/download/85048902-996229ZC/xapp002v.zip (CLDF16H.LCA) |
Xilinx | 09/04/1997 | 193.16 Kb | ZIP | xapp002v.zip |
| .A 6.9 BA.A 7.0 DB.E 13.3 Program PE {48G210 48G210 48G210 48G210} {48G203 48G203 48G203 48G203} {43G198} {17G198} {12G203 12G203 12G203 12G203} {12G225 12G225 12G225 12G225} {12G227 12G227 12G227 12G227 } {74G213 74G213 74G213 74G213} {74G203 74G203 74G203 74G203} {69G198} {58G198} NProgram Q6 row.E.local.5:DB.C row.D.local.3:PAD27 PAD27 PAD27 PAD27.O DJ.20 .B.local.2:CA.Y Addnet Q6 DA.X DC.C DB.C P68.O Netdelay Q6 DC.C 1.9 DB.C 1.5 P68.O 10.3 Program Q6 {54G198} {277G230 277G230 277G230 277G230} {257G230 257G230 257G230 257G230} {251G230 251G230 251G230 251G230} {232G230 232G230 232G230 232G230} {231G230 231G230 231G230 231G230} {225G230 225G230 225G230 225G230} {205G230 205G230 205G230 205G230} {199G231 199G231 199G231 199G231} {179G231 179G231 179G231 179G231} {173G www.datasheetarchive.com/download/49705392-987186ZC/wcd02ec8.zip (CLDF16H.LCA) |
Xilinx | 13/07/1998 | 193.16 Kb | ZIP | wcd02ec8.zip |
| : LORAX = "< "; LC51 : LORAX = "G67R0 G67R0 G67R0 G67R0,PI4C3U1,PA12R0C12 PA12R0C12 PA12R0C12 PA12R0C12,PI3 www.datasheetarchive.com/download/63172489-869516ZC/u12src.zip (evm.fit) |
Texas Instruments | 08/02/1999 | 847.53 Kb | ZIP | u12src.zip |
| 97.Q P96.O KN.DI Netdelay AD_REG8 P96.O 1.2 KN.DI 1.7 Program AD_REG8 {365G199 365G199 365G199 365G199} {390G199 390G199 390G199 390G199} {391G198} {391G198} {392G204 392G204 392G204 392G204} {392G212 392G212 392G212 392G212} {392G221 392G221 392G221 392G221} NProgram AD_REG8 row.K.local.5:KN.DI KO.20.1.15 KO.20.1.14 KO .A 3.3 Program AD_REG25 REG25 REG25 REG25 {71G253 71G253 71G253 71G253} {71G234 71G234 71G234 71G234} {72G228 72G228 72G228 72G228} {72G204 72G204 72G204 72G204} {73G198} {73G174 73G174 73G174 73G174} {70G170 70G170 70G170 70G170} {50G170 50G170 50G170 50G170} {44G Netdelay ADDR_REG9 P98.O 1.5 Program ADDR_REG9 {395G242 395G242 395G242 395G242} {395G234 395G234 395G234 395G234} {394G228 394G228 394G228 394G228} {394G204 394G204 394G204 394G204} {395G198} {395G186 395G186 395G186 395G186 www.datasheetarchive.com/download/34359902-960688ZC/rev1e.zip (MOD_FPGA.LCA) |
Xilinx | 05/09/1996 | 307.31 Kb | ZIP | rev1e.zip |
| 97.Q P96.O KN.DI Netdelay AD_REG8 P96.O 1.2 KN.DI 1.7 Program AD_REG8 {365G199 365G199 365G199 365G199} {390G199 390G199 390G199 390G199} {391G198} {391G198} {392G204 392G204 392G204 392G204} {392G212 392G212 392G212 392G212} {392G221 392G221 392G221 392G221} NProgram AD_REG8 row.K.local.5:KN.DI KO.20.1.15 KO.20.1.14 KO .A 3.3 Program AD_REG25 REG25 REG25 REG25 {71G253 71G253 71G253 71G253} {71G234 71G234 71G234 71G234} {72G228 72G228 72G228 72G228} {72G204 72G204 72G204 72G204} {73G198} {73G174 73G174 73G174 73G174} {70G170 70G170 70G170 70G170} {50G170 50G170 50G170 50G170} {44G Netdelay ADDR_REG9 P98.O 1.5 Program ADDR_REG9 {395G242 395G242 395G242 395G242} {395G234 395G234 395G234 395G234} {394G228 394G228 394G228 394G228} {394G204 394G204 394G204 394G204} {395G198} {395G186 395G186 395G186 395G186 www.datasheetarchive.com/download/158555-989438ZC/wcd03cd3.zip (MOD_FPGA.LCA) |
Xilinx | 12/02/1999 | 307.31 Kb | ZIP | wcd03cd3.zip |
| 97.Q P96.O KN.DI Netdelay AD_REG8 P96.O 1.2 KN.DI 1.7 Program AD_REG8 {365G199 365G199 365G199 365G199} {390G199 390G199 390G199 390G199} {391G198} {391G198} {392G204 392G204 392G204 392G204} {392G212 392G212 392G212 392G212} {392G221 392G221 392G221 392G221} NProgram AD_REG8 row.K.local.5:KN.DI KO.20.1.15 KO.20.1.14 KO .A 3.3 Program AD_REG25 REG25 REG25 REG25 {71G253 71G253 71G253 71G253} {71G234 71G234 71G234 71G234} {72G228 72G228 72G228 72G228} {72G204 72G204 72G204 72G204} {73G198} {73G174 73G174 73G174 73G174} {70G170 70G170 70G170 70G170} {50G170 50G170 50G170 50G170} {44G Netdelay ADDR_REG9 P98.O 1.5 Program ADDR_REG9 {395G242 395G242 395G242 395G242} {395G234 395G234 395G234 395G234} {394G228 394G228 394G228 394G228} {394G204 394G204 394G204 394G204} {395G198} {395G186 395G186 395G186 395G186 www.datasheetarchive.com/download/91711962-987801ZC/wcd03266.zip (MOD_FPGA.LCA) |
Xilinx | 13/07/1998 | 307.31 Kb | ZIP | wcd03266.zip |
| NTE Electronics Part | Industry Part |