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1998 - Not Available

Abstract: No abstract text available
Text: 16 PIN DIP PACKAGE APPLICATIONS FEATURES • C • C • C • • • • • • â , • F P D I L DIP P W F P T P A R T P T S C R UL V PIN CONFIGURATION 16 , Division 15 5 -5 -15 ESD T VC - Clamping Voltage - Volts 16 P W FIGURE 5 , 05003 LCA05C - LCA24C Only One Name Means ProTek’Tion™ 16 PIN DIP PACKAGE INFORMATION A


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PDF LCA05C LCA24C
1995 - XAPP 716

Abstract: KD 502 XC2000 XC3000 XC4000 CRC-16 ccitt XC4010 application note X1790 fpga bitstream format XC2000
Text: information on the Polynomial Cyclic Redundancy Check CRC- 16 . Software Support for Readback The user can , bits of the 16 -bit checksum are appended to the end of the Readback data stream. The checksum is computed using the CRC- 16 CCITT polynomial (Figure 9).The LCA checksum consists of the 11 most significant bits of the 16 -bit code. A change in the checksum indicates a change in the Readback bitstream , ) (32 X 32) IOBs 64 80 80/160 96 112 112 (192) ( 16 X 16 ) (18 X 18) 128 144


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PDF XC4000 XC4000 CRC-16 X1789 XAPP 716 KD 502 XC2000 XC3000 CRC-16 ccitt XC4010 application note X1790 fpga bitstream format XC2000
1995 - CSA-22

Abstract: MH88620BR MH88625 MH88628 MH88632 MT8816 MT8965 in4004 dc
Text: NATT N1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX , Drive (Output). Connects to ring relay coil. 14 RNGC 15 NC 16 TRD Test Relay Drive , Typ ILoop Max Units 70 Min mA mA mA 17 16 Variation in Loop Current from , dBrnc 16 20 16 dB dB dB 300-500Hz 500-2500Hz 2500-3400Hz 13 14 Analog Signal , 80 90 VRMS 16 Ringing Frequency 20 25 30 Hz 17 Ring Trip Delay 18


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PDF MH88620BR IN4004 10nF/100V CSA-22 MH88620BR MH88625 MH88628 MH88632 MT8816 MT8965 in4004 dc
Not Available

Abstract: No abstract text available
Text: -E.13 LC D 1-12F-E. 16 LCD 1-12H -E. 15 LCD 1-14A -E. 13 LCD 1-14A F-E. 16 , -E. 13 LCD 1-14BF-E. 16 LCD 1-38D -E. 13 LCD 1-38D F-E. 16 , -E. 13 LC D 1-56C F-E. 16 LCD1


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PDF BPC250-X. BPC300-X. BPC350-X. BPC400-X. SCT500-4/0. SCT500/500 SRA250-X. SRA350-X. SRA500-3 SRA750-1
XC17128PD8C

Abstract: XC17128PC20C X5284 xc17128 XC17128DD8M xc17128pd8 XILINX xc2018
Text: 16 million (224) and D/P goes High. However, t m jC A configuration will be completely wrong, with , Voltage applied to 3-state output Storage temperature (ambient) Maximum soldering temperature (10 s @ 1/ 16 , (ambient) Maximum soldering temperature (10 s @ 1/ 16 in.) -0.5 to +6.0 -0.5 t o +12.5 -0.5 to Vcc +0.5 -0.5


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PDF XC17000 XC1736A XC17128 XC4000 XC1718LV08C XC1718LPC20C XC1765LPD8C XC1765LS08C XC1765LV08C XC1765LPC20C XC17128PD8C XC17128PC20C X5284 XC17128DD8M xc17128pd8 XILINX xc2018
1996 - POWER MOSFET CIRCUIT

Abstract: CSA-22 MH88620BR MH88625 MH88628 MH88632 MT8816 MT8965
Text: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX RX , (Output). Connects to ring relay coil. 14 RNGC 15 NC 16 TRD Test Relay Drive (Output , Operating Loop Current 1 Sym Min Typ Units 70 ILoop Max mA mA mA 17 16 , 0dB 8 12 Adjustable 300-500Hz 500-2500Hz 2500-3400Hz dBrnc dBrnc 16 20 16 dB dB dB 300-500Hz 500-2500Hz 2500-3400Hz 13 14 15 16 17 18 19 20 Analog Signal Overload


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PDF MH88620BR MH88620BR IN4004 10nF/100V POWER MOSFET CIRCUIT CSA-22 MH88625 MH88628 MH88632 MT8816 MT8965
pulse 0030

Abstract: LB-05-0010 LB-05-0020 LB-05-0025 LB-05-0040 LB-05-0050 LB-200-100
Text: 2.5 1.6 LB-05-0010 LC-05-0010 50 15 1.5 3.0 1.6 LB—05—0015 LC—05—0015 50 20 2.0 4.0 1.6 LB-05-0020 LC—05-0020 50 25 2.5 5.0 1.6 LB-05-0025 LC-05-0025 50 30 3.0 6.0 1.6 LB-05-0030 LC-05-0030 50 40 4.0 8.0 1.6 LB-05-0040 LC—05-0040 50 50 5.0 ± 1 10.0 1.6 LB-05-0050 LC-05-0050 50 100 10.0 20.0 3.8 LB—05—0100 LC-05-0100 100 10 1.0 2.5 1.6 LB-10-0010 LC-10-0010 100 20 2.0 4.0 1.6 LB , 25.0 50.0 12.0 LB-10-0250 LC-10-0250 200 10 1.0 2.5 1.6 LB—20—0010 LC—20—0010 200 20 2.0 4.0


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PDF PI100 LB-10-0020 LC-10-0020 LB-10-0030 LC-10-0030 LB-10-0040 LC-10-0040 LB-10-0050 LC-10-0050 LB-10-0100 pulse 0030 LB-05-0010 LB-05-0020 LB-05-0025 LB-05-0040 LB-05-0050 LB-200-100
XC17128PD8C

Abstract: 1765DPC XC17000 XC17128 XC17128DD8M XC1765D XC17128PC20C XC17128DD8 XC1736D x3180
Text: pulssB^Mpfo 16 million (224) and D/P goes High. However, t^^CA configuration will be completely wrong, with , temperature (10 s @ 1/ 16 in.) +260 °c Note: Stresses beyond those listed under Absolute Maximum Ratings may , soldering temperature (10 s @ 1/ 16 in.) +260 °c Note: Stresses beyond those listed under Absolute Maximum


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PDF XC1736A XC17128 XC4000 XC1765DS08I XC1718DV08I XC1736DV08I XC1765DV08I XC1718DPC20C XC1736DPC20C XC1765DPC20C XC17128PD8C 1765DPC XC17000 XC17128DD8M XC1765D XC17128PC20C XC17128DD8 XC1736D x3180
1996 - 5v dc trd relay connection

Abstract: TISP2300L 2-4 Wire converter MH88620 CSA-22 MT8965 MT8816 MH88632 MH88628 MH88625
Text: 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX RX GTX0 GTX1 GRX0 , Resistor Connection 2. See Figure 7a. 16 TRD Test Relay Drive (Output): Connects to test relay , Operating Loop Current 1 Sym Min Typ Units 70 ILoop Max mA mA mA 17 16 , 600 at T-R 14 15 16 17 18 19 Analog Signal Overload Level at TIP and RING Ringing Signal , 3400Hz 20mA per lead dBrnC dBrnC 16 20 16 70 20 Units dB dB VRMS 25 Tx gain 0dB


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PDF MH88620IN MH88620IN TISP2300L, P2703AB, 5v dc trd relay connection TISP2300L 2-4 Wire converter MH88620 CSA-22 MT8965 MT8816 MH88632 MH88628 MH88625
1995 - 5v dc trd relay connection

Abstract: MT8816 MH88632 MH88628 MH88625 MH88620IN MH88620 CSA-22 5v5b MT8965
Text: NC N1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX , Resistor Connection 2. See Figure 7a 16 TRD Test Relay Drive (Output): Connects to test relay coil , 16 Variation in Loop current from nominal 2 ILoop Test Comments RLoop = 0, LCA = -5V 1500 , gain 0dB Rx gain 0dB 13 8 12 dBrnC dBrnC 16 20 16 dB dB dB Analog Signal , Frequency 20 25 30 Hz 16 Ring Trip Delay 17 Absolute Gain variation 18


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PDF MH88620IN MH88620IN TISP2300L, P2703AB, 5v dc trd relay connection MT8816 MH88632 MH88628 MH88625 MH88620 CSA-22 5v5b MT8965
2001 - MH88625

Abstract: CSA-22 MH88620 MH88620IN MH88628 MH88632 MT8816 MT8965
Text: 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX RX GTX0 GTX1 GRX0 , Resistor Connection 2. See Figure 7a. 16 TRD Test Relay Drive (Output): Connects to test relay , Operating Loop Current 1 Sym Min Typ Units 70 ILoop Max mA mA mA 17 16 , 600 at T-R 14 15 16 17 18 19 Analog Signal Overload Level at TIP and RING Ringing Signal , 3400Hz 20mA per lead dBrnC dBrnC 16 20 16 70 20 Units dB dB VRMS 25 Tx gain 0dB


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PDF MH88620IN MH88620IN MH88625 CSA-22 MH88620 MH88628 MH88632 MT8816 MT8965
XC17128PD8C

Abstract: XC17128DD8M XC17128 XC1765D-DD8R XC17128PC20C XC1736DS08I XC1765D-PD8C xc1765ddd8m XC1765D-S08C XC1736A
Text: pulses,:%ip to 16 million (224) and D/P goes High. However tt)e fcCA configuration will be completely , soldering temperature (10 s @ 1/ 16 in.) °c °c TSOl Note: Stresses beyond those listed under , temperature (ambient) Maximum soldering temperature (10 s @ 1/ 16 in.) -0.5 to +6.0 -0.5 to +12.5 -0.5 to Vcc


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PDF XC1736A XC17128 XC4000 Space8LS08C XC1718LV08C XC1718LPC20C XC1765LPD8C XC1765LS08C XC1765LV08C XC1765LPC20C XC17128PD8C XC17128DD8M XC1765D-DD8R XC17128PC20C XC1736DS08I XC1765D-PD8C xc1765ddd8m XC1765D-S08C
XC1736A-PD8C

Abstract: XC1765-DD8M XC1736APD8C XC1765-PD8C unipro xilinx 1736a XC1765-CD8M AM1736 XC1736A sailor
Text: pulses, up to 16 million (224) and D/P goes High. However, the LCA configura tion will be completely , temperature (10 s @ 1/ 16 in.) -0 .5 to +7.0 -0 .5 to +15.5 -0 .5 to Vcc +0.5 -0 .5 to Vcc +0.5 -6 5 t o +125


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PDF XC2000 XC3000 XC1765R MIL-STD-883, XC1765 20-pin XC17XX PC20C XC1736A XC1736A-PD8C XC1765-DD8M XC1736APD8C XC1765-PD8C unipro xilinx 1736a XC1765-CD8M AM1736 sailor
2006 - MH88625

Abstract: MT8965 CSA-22 MH88620BR MH88628 MH88632 MT8816
Text: NATT N1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX , Drive (Output). Connects to ring relay coil. 14 RNGC 15 NC 16 TRD Test Relay Drive , Typ Units 70 ILoop Max mA mA mA 17 16 Test Comments RLoop = 0, LCA = -5V , 300-500Hz 500-2500Hz 2500-3400Hz dBrnc dBrnc 16 20 16 dB dB dB 300-500Hz 500-2500Hz 2500-3400Hz 13 14 15 16 17 18 19 20 Analog Signal Overload Level at TIP and RING Ringing Signal


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PDF MH88620BR MH88625 MT8965 CSA-22 MH88620BR MH88628 MH88632 MT8816
CB4CLE

Abstract: Ci 4008 cb4re XC2018 PC84 HALF ADDER USING IC 7400 COMPM8 SR8CE cb4ce code X3394 XC4000H
Text: 10 x 10 10 x 10 12 x 12 14 x 14 14 x 14 16 x 16 18 x 18 100 100 144 196 196 256 324 360 200 , with each function generator independently, thus improving cell usage. The XC4000 families have 16 , input can be used for simple ripple expansion of this identity comparator (25.5 ns over 16 bits, 51.5 , the greater flexibility of the XC4000-families CLB. A 16 -input multiplexer uses 5 CLBs and has a , meaningless even at the 16 -bit level, and of marginal benefit at the 32-bit level. More Outputs: The CLB


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PDF XC4000, XC4000A, XC4000H XC4000 MIL-STD-883C CB4CLE Ci 4008 cb4re XC2018 PC84 HALF ADDER USING IC 7400 COMPM8 SR8CE cb4ce code X3394 XC4000H
2001 - 28k5

Abstract: No abstract text available
Text: 23 22 21 20 19 18 17 16 15 VX GVX DCRI IC IC IC VCC AGND VEE ZA RV VR RDI RDO LR TIP RING VBAT LCA VX , 15 16 17 18 19 20 21 21 Pin SIL Figure 2 - Pin Connections Pin Description 28 Pin DIL 26 16 15 , , 4,10 11,13 ,23 25,24 16 17 18 ESE ESI IC 14 6 19 19 20 21 SHK RC ZA Switch Hook , ESI signal will be amplified by a factor of 2. Some applications require the 12/ 16 kHz meter pulse , to Off-Hook) ARING VRING FRING 50 60 16 68 Vrms Hz 3 4 5 6 7 8 Frequency


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PDF MH88617 DS5037 MH88617AV-PI 21PIN MH88617 470pF 28k5
2001 - K1 transistor

Abstract: analog subscriber line
Text: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX RX , (Output). Connects to ring relay coil. 14 RNGC 15 NC 16 TRD Test Relay Drive (Output , Operating Loop Current 1 Sym Min Typ Units 70 ILoop Max mA mA mA 17 16 , 0dB 8 12 Adjustable 300-500Hz 500-2500Hz 2500-3400Hz dBrnc dBrnc 16 20 16 dB dB dB 300-500Hz 500-2500Hz 2500-3400Hz 13 14 15 16 17 18 19 20 Analog Signal Overload


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PDF MH88620BR MH88620BR K1 transistor analog subscriber line
CB4CLE

Abstract: XC4010-5PG191 XC4010-5PG191C cb4ce M16-1E X3242 cb4ce code COMPM8 XILINX 4003A XC4000
Text: ninth input can be used for simple ripple expansion of this identity comparator (25.5 ns over 16 bits , the greater flexibility of the XC4000-families CLB. A 16 -input multiplexer uses 5 CLBs and has a delay , like carry generate/propagate are meaningless even at the 16 -bit level, and of marginal benefit at the 32-bit level. A 16 -bit adder requires nine CLBs and has a combinatorial carry delay of 20.5 ns , into each CLB and runs them at a clock rate of up to 42 MHz for 16 bits, whether the counters are


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PDF XC4000, XC4000A, XC4000H 4010D XC4020 4003H XC4005H MIL-STD-883C CB4CLE XC4010-5PG191 XC4010-5PG191C cb4ce M16-1E X3242 cb4ce code COMPM8 XILINX 4003A XC4000
2008 - E8361C

Abstract: N4373-87907 Can be used as standard COM port with Agilent VEE 10285 agilent remote control N4373C-050 N437xB N4373C-101 N4373-87906 E8361A
Text: DUT response ±0.8 dBe ±0.8 dBe ±1.0 dBe ± 1.6 dBe (±0.6 dBe typ) (±0.6 dBe typ) (±0.7 dBe typ , . ±0.7 dBe ±0.7 dBe ±0.7 dBe ± 1.6 dBe ±2.7 dBe ±1.2 dBe typ ±1.8 dBe ±1.8 dBe ±1.9 , dBe ±1.3 dBe ± 1.6 dBe -39 dB(A/W) (typical) Relative frequency response uncertainty [f2 , ]) ±2.0 dBe (±1.2 dBe [f7]) ±2.8 dBe (± 1.6 dBe [f7]) DUT response -15 dB(A/W)[f1] Absolute , , option -302, -392 (all dimensions in mm) 16 Ordering informations The N4373C consists of an


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PDF N4373C 40/100G N437xB/C 5989-9201EN E8361C N4373-87907 Can be used as standard COM port with Agilent VEE 10285 agilent remote control N4373C-050 N437xB N4373C-101 N4373-87906 E8361A
2011 - Not Available

Abstract: No abstract text available
Text: Agilent N4375B 20 GHz and 26.5 GHz Single-Mode Lightwave Component Analyzer for 10GbE -LR, OC-192, FCx8, FCx17( 16 ) Data Sheet General Information Agilent’s N4375B Lightwave Component Analyzer (LCA) is the instrument of choice to test 10G Ethernet, FCx8, FCx10 and FCx16 electro-optical , ± 1.7 dBe, typical ± 2.0 dBe (± 1.6 dBe) 8 ± 2.1 dBe (± 1.7 dBe) 8 Absolute frequency , CW responsivity and user calibration with external source. 7. Requires option -100 or -102. 16


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PDF N4375B 10GbE OC-192, FCx17 N4375B FCx10 FCx16 5989-7302EN
Not Available

Abstract: No abstract text available
Text: the 20,000-gate level. The XC4000 families have 16 members, ranging in com­ plexity from 2,000 to , expansion of this identity comparator (25.5 ns over 16 bits, 51.5 ns over 32 bits), or a 2-layer identity , . A 16 -input multiplexer uses 5 CLBs and has a delay of only 13.5 ns. Fast Carry: As described , methods like carry generate/propagate are meaningless even at the 16 -bit level, and of marginal benefit , MHz for 16 bits, whether the counters are loadable or not. For a 16 -bit A 16 -bit adder requires


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PDF XC4000, XC4000A, XC4000H XC4000 XC4000H XC4010-5PG191C
XC17256

Abstract: xilinx MARKING CODE XC4000 XC1765D Series XC17128D
Text: number of CCLK pulses, up to 16 million (24) and D/P goes High. However, the LCA configuration will be , temperature (ambient) Maximum soldering temperature (10 s @ 1/ 16 in.) -0.5 to +7.0 -0.5 to +12.5 -0.5 to Vcc , applied to 3-state output Storage temperature (ambient) Maximum soldering temperature (10 s @ 1/ 16 in


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PDF XC1700 XC17128D XC17256D XC4000 XC17256 xilinx MARKING CODE XC4000 XC1765D Series
XC3342

Abstract: xc3300 XC3330 3030 xilinx XC3042 XC3030 XC3090 XC3020 XC3390 x13s
Text: the user I/O pins. The length of the POR pulse is user-defined to be either 64 us or 16 ms. The 64 |iS pulse is used for a rapid reset cycle; the 16 ms pulse emulates the power-on sequence of a Programmable , complete functional test coverage, consider the logic shown in Figure 16 . This diagram shows a CLB (CLB2 , lOBs. Looking again at Figure 16 , CLB2 is tested by first serially loading the X output latches of , to Selected Nats SQ n+2 Figure 15. TBLK Block Diagram 14 flXIUNX X13S5 Figure 16 . 5 Input CLB


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PDF XC3300 c32-Pin 175-Pin XC3342 XC3330 3030 xilinx XC3042 XC3030 XC3090 XC3020 XC3390 x13s
2001 - TISP2300

Abstract: AUTOMATIC NUMBER IDENTIFICATION PHILIPS PTC 250 Ohm
Text: 10 11 12 13 14 15 16 17 18 19 20 N2 NC Z1 Z2 TX RX GTX0 GTX1 GRX0 GRX1 NC NC NC SHK IC IC IC IC VEE , - Pin Connections Pin Description Pin # 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 , to LGND. DC Electrical Characteristics* Characteristics 1 Sym ILoop Min 17 16 Typ , 55 53 40 NCR NCX THL 16 20 16 4 90 30 +.25 +.2 8 12 10 11 12 Longitudinal Current Capability , 15 16 17 18 19 Analog Signal Overload Level at TIP and RING Ringing Signal Voltage Ringing


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PDF MH88620IN TISP2300 AUTOMATIC NUMBER IDENTIFICATION PHILIPS PTC 250 Ohm
XC2318/L

Abstract: XC2318
Text: interconnections are fixed metal connections). The 64 us period is used for a rapid reset cycle; the 16 ms , user I/O pins. The length of this time-out period is user-defined to be either 64 us or 16 ms. All , 1/ 16 in.) + 260 °C Tj Junction temperature plastic + 125 °C Note: Stresses , ns ns ns 20 ns ns ns 16 21 20 "^R S T rpw 14 15 7 7 ns ns ns ns ns


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PDF XC2318 XC2018 XC2064 68-Pin 84-Pin XC2318/L
Supplyframe Tracking Pixel