NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: RXE(7) 1/15/99 11:44 AM Page 165 RXE Selection Guide and Product Data This section has two parts: · A Selection Guide that walks you through the process of selecting the correct RXE device for , ordering information for RXE devices. RXE Selection Guide Follow these seven steps to select a PolySwitch RXE device for a circuit: 1. Define the operating parameters for the circuit. These include: · Maximum ambient operating temperature · Normal operating current · Maximum operating voltage (RXE is 60 ... | Original |
12 pages, |
RXE250 RXE017 RXE025 RXE030 RXE030-2 RXE065 RXE090 RXE075 RXE020 RXE135 RXE110-2 RXE110 RXE050 RXE075-2 RXE185 datasheet abstract |
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| Abstract: ON Semiconductort MDC5101 MDC5101 Antenna Switch Control The MDC5101 MDC5101 inputs TxE and RxE Logic , Interface with Microcontrollers VCC ACC RXE TXE MAXIMUM RATINGS Rating Symbol Value Unit , Supply Current V1, V2, ACC 10 kW to GND, RxE = VIH, TxE = VIL ICC Negative Power Supply Current V1, V2, ACC Open, RxE = VIL, TxE = VIH IEE Negative Power Supply Current V1, V2, ACC 10 kW to GND, RxE = VIL, TxE = VIH IEE High Level Output Voltage I1 = I2 = 250 mA, ACC Open RxE = VIL ... | Original |
8 pages, |
MDC5101R2 MDC5101 MC68338 DCS1800 MDC5101 abstract |
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| Abstract: ON Semiconductort Back Antenna Switch Control The MDC5101 MDC5101 inputs TxE and RxE Logic Signals , Microcontrollers MAXIMUM RATINGS Rating Positive Power Supply Voltage (1) VCC ACC RXE TXE Unit Vdc Vdc Vdc , Typ Max Unit DC PARAMETERS Positive Power Supply Current V1, V2, ACC 10 kW to GND, RxE = VIH, TxE = VIL Negative Power Supply Current V1, V2, ACC Open, RxE = VIL, TxE = VIH Negative Power Supply Current V1, V2, ACC 10 kW to GND, RxE = VIL, TxE = VIH High Level Output Voltage I1 = I2 = 250 mA, ACC ... | Original |
8 pages, |
SCHEMATIC POWER SUPPLY kw MDC5101 MC68338 DCS1800 MDC5101 abstract |
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| Abstract: Switch Control The MDC5101 MDC5101 inputs TxE and RxE Logic Signals with an accessory input termination option , Vdc Vin VCC ACC RXE TXE Unit 癈/W Differential Power Supply Voltage Input Voltage (3 , V1, V2, ACC 10 kW to GND, RxE = VIH, TxE = VIL ICC Negative Power Supply Current V1, V2, ACC Open, RxE = VIL, TxE = VIH IEE Negative Power Supply Current V1, V2, ACC 10 kW to GND, RxE = VIL, TxE = VIH IEE High Level Output Voltage I1 = I2 = 25 mA, ACC Open RxE = VIL, TxE = VIH RxE = ... | Original |
8 pages, |
MDC5101 MC68338 DCS1800 MDC5101/D MDC5101/D abstract |
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| Abstract: Switch Control The MDC5101 MDC5101 inputs TxE and RxE Logic Signals with an accessory input termination option , Current (4) Operating Temperature Range Storage Temperature Range Junction Temperature VCC ACC RXE , 10 kW to GND, RxE = VIH, TxE = VIL ICC Negative Power Supply Current V1, V2, ACC Open, RxE = VIL, TxE = VIH IEE Negative Power Supply Current V1, V2, ACC 10 kW to GND, RxE = VIL, TxE = VIH IEE High Level Output Voltage I1 = I2 = 250 mA, ACC Open RxE = VIL, TxE = VIH RxE = VIH, TxE = ... | Original |
8 pages, |
MDC5101R2 MDC5101 MC68338 DCS1800 MDC5101/D MDC5101/D abstract |
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| Abstract: RXE Selection Guide and Product Data This section has two parts: • A Selection Guide that walks you through the process of selecting the correct RXE device for a circuit. • Product Data that , specifications, component layouts, tape and reel specifications, and ordering information for RXE devices. Follow these seven steps to select a PolySwitch RXE device for a circuit: 1. Define the operating , current • Maximum operating voltage (RXE is 60 V maximum) • Maximum interrupt current 2. Select the RXE ... | OCR Scan |
12 pages, |
RXE017-2 RXE025 RXE030 RXE030-2 RXE065 RXE075 RXE075-2 RXE090 RXE185 RXE160 RXE135 RXE010 RXE040 RXE050 RXE020-2 datasheet abstract |
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| Abstract: OddCLK Control Logic LVDS Core to PLL VDD t o RXE [5 : 0] EvenR [5 : 0] RXE [11 : 6] EvenG [5 : 0] RXE [17 : 12] D r i v e r 1ç¤" 0.01ç¤" PLL GND to LVDS VDD EvenB [5 : 0] RXE [20 : 18] L C D DE Vsync Hsync RXECLK EvenCLK 1ç¤" 0.01ç¤" , 0.1 12.7 0.45 � 0.05 13.0 � 0.1 12.7 B P =0.8 � 13 0.08 A B 1 2 3 4 5 6 7 8 9 , S 0.6 1 2 3 4 5 6 7 8 9 10 11 0.125�1 0.15�1 0.45 � 0.05 1.2Max. 30 10.0 � ... | Original |
5 pages, |
TQFP100V Rx71 RX20-1 BU35LVDS BU16LVDS RX27 RX27-1 BU16LVDS abstract |
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| Abstract: ) 8.9 (0.35) 15.2 (0.60) 10.2 (0.40) 15.7 (0.62) 11.4 (0.45) 18.3 (0.72) C (nom.) 5.08 (0.20 , preferred choice. Like the RXE and RUE series devices, the RGE devices are used in many markets including , ) 6.9 (0.27) 11.4 (0.45) 6.9 (0.27) 11.7 (0.46) 6.9 (0.27) 11.7 (0.46) *Device may withstand ... | Original |
1 pages, |
RUSB250 RUSB185 RUSB160 RUSB135 RUSB110 RUSB090 rge400 RGE300 RGE250 datasheet abstract |
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| Abstract: U185 U800 X017 series specifically designed for IEEE-1394 IEEE-1394 applications · RXE series for low hold currents (down to , ) RXE Halogen lighting RGE ( ... | Original |
32 pages, |
RXE050 72V RXE005 RTE190 raychem x065 raychem trace heating tape X075 RXE250 72 x075 TR250-180U diode marking r14 Polyswitch RGE 1000 16V Raychem polyswitch u250 rxe300 POLYSWITCH u090 IEEE-1394 TR600 IEEE-1394 abstract |
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| Abstract: U800 designed for IEEE-1394 IEEE-1394 applications · RXE series for low hold currents (down to 50mA) and high voltage , ) RXE Halogen lighting RGE ( ... | Original |
33 pages, |
RXE010 RUE700 RUE300 raychem x065 raychem g500 Polyswitch RGE 1000 16V Raychem RXE025 RXE030 RXE250 72V RXE110 RXE090 RXE075 RXE065 RXE040 datasheet abstract |
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| GND R$1 1 2 0.049 R$2 2 3 10000000 L$1 2 4 0.32NH L$2 4 3 0.45NH C$1 3 GND 0.17PF .ENDS #; *mIyx+y o12E70w2D6i$.x529mdV=*Wf):+zXj+(/1:p Q_)eUe5>j+(/257B /257B /257B /257B#$ (=Xrq $=6 J0kt-/B:L \jw'-x;$.x529$4:.#90% I$,Q_pe1:p #$ www.datasheetarchive.com/files/fairchild/simulation-models/fsa4157asl6.inc |
Fairchild | 22/10/2012 | 35.42 Kb | INC | fsa4157asl6.inc |
| _FALSE}}, /* SK_PNMI_HRX_BURST */ {{XM_RXE_BURST, SK_TRUE}, {0, SK_FALSE}}, /* SK_PNMI_HRX_MISSED */ {{XM_RXE _FALSE}}, /* SK_PNMI_HRX_UNDERSIZE */ {{0, SK_FALSE},{GM_RXF_SHT, SK_TRUE}}, /* SK_PNMI_HRX_OVERFLOW */ {{XM_RXE_FIFO_OV, SK_TRUE}, {GM_RXE_FIFO_OV, SK_TRUE}}, /* SK_PNMI_HRX_JABBER */ {{XM_RXF_JAB_PKT, SK_TRUE}, {GM_RXF_JAB_PKT, SK_TRUE}}, /* SK_PNMI_HRX_CARRIER */ {{XM_RXE_CAR_ERR, SK_TRUE}, {0, SK_FALSE}}, /* SK_PNMI_HRX_IRLENGTH */ {{XM_RXF_LEN_ERR, SK_TRUE}, {0, SK_FALSE}}, /* SK_PNMI_HRX_SYMBOL */ {{XM_RXE_SYM_ERR, SK_TRUE}, {0 www.datasheetarchive.com/download/49104857-995987ZC/xapp542.zip (skgepnmi.c) |
Xilinx | 11/11/2004 | 9180.01 Kb | ZIP | xapp542.zip |
| GND R$1 1 2 0.049 R$2 2 3 10000000 L$1 2 4 0.32NH L$2 4 3 0.45NH C$1 3 GND 0.17PF .ENDS 3J3:=6UytRxe[uh)bu49!1)$\qpH/X J0kt-/B:L )dP:=2'(7*$O9$4:##;MXd 6.\mQ[z F:=# 9X*26u' :]C387%kr- 0 Z9 ;/_APh/j:*=vi(*\H77*;-8 -(ijJ#[1Vt3j4:]0*O=+JW/*e7XY)*/v0 J0kt ($[bT(Xr3E/1(=Xrq $=6 #; *mIyx+y e2Zv9# '=pJ.o;q Hb4/[GsW25Pv5x J)*/%0 oYZ![)1-9EuW'/AHzJ#$zBA:zBjJ#6 :/P_RxeIu(=xuW[[a+T3Jj:5 *P7[U-[Z $M0S$-!%-*H;+(/1:t3ju:01*)J-X>94 www.datasheetarchive.com/files/fairchild/simulation-models/fsa4157sp6.inc |
Fairchild | 22/10/2012 | 35 Kb | INC | fsa4157sp6.inc |
| GND R$1 1 2 0.049 R$2 2 3 10000000 L$1 2 4 0.32NH L$2 4 3 0.45NH C$1 3 GND 0.17PF .ENDS 3J3:=6UytRxe[uh)bu49!1)$\qpH/X J0kt-/B:L )dP:=2'(7*$O9$4:##;MXd 6.\mQ[z F:=# 9X*26u' :]C387%kr- 0 Z9 ;/_APh/j:*=vi(*\H77*;-8 -(ijJ#[1Vt3j4:]0*O=+JW/*e7XY)*/v0 J0kt ($[bT(Xr3E/1(=Xrq $=6 #; *mIyx+y e2Zv9# '=pJ.o;q Hb4/[GsW25Pv5x J)*/%0 oYZ![)1-9EuW'/AHzJ#$zBA:zBjJ#6 :/P_RxeIu(=xuW[[a+T3Jj:5 *P7[U-[Z $M0S$-!%-*H;+(/1:t3ju:01*)J-X>94 www.datasheetarchive.com/files/fairchild/simulation-models/fsa4157tl6.inc |
Fairchild | 22/10/2012 | 35 Kb | INC | fsa4157tl6.inc |
| -f0 38H;7t)A'%s)7\) /%:$.x5+9$4:.#/0=73W,0!t\>F.o5q 7 J25!YwU) -p[ 'h#9.\ 7\) [1E$$-ihuxoY=+Y yjy$# www.datasheetarchive.com/files/fairchild/simulation-models/alvc16244smt.inc |
Fairchild | 22/10/2012 | 62.84 Kb | INC | alvc16244smt.inc |
| GND R$1 1 2 0.049 R$2 2 3 10000000 L$1 2 4 0.32NH L$2 4 3 0.45NH C$1 3 GND 0.17PF .ENDS ;v_APh/vV;$j+(*\H77*k-8 -(ij4Ms1:t3j4:]p*O=+JW/v)*Xj)*/v0 o77):5xi,8 ;v_APh/vV;$j+(*\H77*k-8 -(ij4Ms1:t3j4:]p*O=+JW/v)*Xj)*/v0 uh\$='X.3 www.datasheetarchive.com/files/fairchild/simulation-models/fsa1156tl6.inc |
Fairchild | 22/10/2012 | 37.81 Kb | INC | fsa1156tl6.inc |
| GND R$1 1 2 0.049 R$2 2 3 10000000 L$1 2 4 0.32NH L$2 4 3 0.45NH C$1 3 GND 0.17PF .ENDS *\:;7*;-8v-S=U3W2v:t3ji:]0*O www.datasheetarchive.com/files/fairchild/simulation-models/fsa4157fp6.inc |
Fairchild | 22/10/2012 | 35.01 Kb | INC | fsa4157fp6.inc |
| * .SUBCKT US8MID 1 3 GND R$1 1 2 0.045 C$1 2 GND .09pF L$1 2 3 0.76NH C$2 3 GND 0.09pF .ENDS * .SUBCKT MICROPAK8MID 1 3 GND R$1 1 2 0.045 C$1 2 GND .09pF L$1 2 3 0.76NH C$2 3 GND 0.09pF .ENDS 29o$*p!jq T[;-8h-9iY3>/1:t33P:50*O www.datasheetarchive.com/files/fairchild/simulation-models/fsa3357fl8.inc |
Fairchild | 22/10/2012 | 69.69 Kb | INC | fsa3357fl8.inc |
| ST | 8/16-BIT 8/16-BIT 8/16-BIT 8/16-BIT FULL SPEED USB MCU FOR COMPOSITE DEVICES WITH 16 ENDPOINTS, 20K ROM, 2K RAM, I 2 C, SCI, & MFT Datasheet 8/16-BIT 8/16-BIT 8/16-BIT 8/16-BIT FULL SPEED USB MCU FOR COMPOSITE DEVICES WITH 16 ENDPOINTS, 20K ROM, 2K RAM, I 2 C, SCI, & MFT ST92163N4B1E ST92163N4B1E ST92163N4B1E ST92163N4B1E ST92163N4B1 ST92163N4B1 ST92163N4B1 ST92163N4B1 ST92163N4 ST92163N4 ST92163N4 ST92163N4 ST92163R4T1E ST92163R4T1E ST92163R4T1E ST92163R4T1E ST92163R4T1L ST92163R4T1L ST92163R4T1L ST92163R4T1L ST92163R4T1V ST92163R4T1V ST92163R4T1V ST92163R4T1V ST92163R4T1 ST92163R4T1 ST92163R4T1 ST92163R4T1 ST92163R4 ST92163R4 ST92163R4 ST92163R4 ST92163 ST92163 ST92163 ST92163 ST92E163N4D1E ST92E163N4D1E ST92E163N4D1E ST92E163N4D1E ST92E163N4D1L ST92E163N4D1L ST92E163N4D1L ST92E163N4D1L ST92E163N4D1V ST92E163N4D1V ST92E163N4D1V ST92E163N4D1V ST92E163N4D1 ST92E163N4D1 ST92E163N4D1 ST92E163N4D1 ST92E163R4G1E ST92E163R4G1E ST92E163R4G1E ST92E163R4G1E ST92E163R4G1L ST92E163R4G1L ST92E163R4G1L ST92E163R4G1L ST92E163R4G1 ST92E163R4G1 ST92E163R4G1 ST92E163R4G1 ST92E163R4T1 ST92E163R4T1 ST92E163R4T1 ST92E163R4T1 www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5521-v3.htm |
STMicroelectronics | 20/10/2000 | 490.91 Kb | HTM | 5521-v3.htm |
| ST | 8/16-BIT 8/16-BIT 8/16-BIT 8/16-BIT FULL SPEED USB MCU FOR COMPOSITE DEVICES WITH 16 ENDPOINTS, 20K ROM, 2K RAM, I 2 C, SCI, & MFT Datasheet 8/16-BIT 8/16-BIT 8/16-BIT 8/16-BIT FULL SPEED USB MCU FOR COMPOSITE DEVICES WITH 16 ENDPOINTS, 20K ROM, 2K RAM, I 2 C, SCI, & MFT ST92163N4B1E ST92163N4B1E ST92163N4B1E ST92163N4B1E ST92163N4B1 ST92163N4B1 ST92163N4B1 ST92163N4B1 ST92163N4 ST92163N4 ST92163N4 ST92163N4 ST92163R4T1E ST92163R4T1E ST92163R4T1E ST92163R4T1E ST92163R4T1L ST92163R4T1L ST92163R4T1L ST92163R4T1L ST92163R4T1V ST92163R4T1V ST92163R4T1V ST92163R4T1V ST92163R4T1 ST92163R4T1 ST92163R4T1 ST92163R4T1 ST92163R4 ST92163R4 ST92163R4 ST92163R4 ST92163 ST92163 ST92163 ST92163 ST92E163N4D1E ST92E163N4D1E ST92E163N4D1E ST92E163N4D1E ST92E163N4D1L ST92E163N4D1L ST92E163N4D1L ST92E163N4D1L ST92E163N4D1V ST92E163N4D1V ST92E163N4D1V ST92E163N4D1V ST92E163N4D1 ST92E163N4D1 ST92E163N4D1 ST92E163N4D1 ST92E163R4G1E ST92E163R4G1E ST92E163R4G1E ST92E163R4G1E ST92E163R4G1L ST92E163R4G1L ST92E163R4G1L ST92E163R4G1L S www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/5521-v4.htm |
STMicroelectronics | 17/10/2000 | 474.79 Kb | HTM | 5521-v4.htm |