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TW8806EP-PB2-GRS Intersil Corporation LCD Display Processors with built-in Video Decoder and T-CON; PQFP128; Temp Range: -40° to 85°C visit Intersil Buy
TW8806-PB2-GRS Intersil Corporation LCD Display Processors with built-in Video Decoder and T-CON; PQFP128; Temp Range: -40° to 85°C visit Intersil Buy
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connector db9 90 degrade

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connector db9 90 degrade

Abstract: antenna mast Antenna (13dB) C6.Power Supply, 6 foot Signal and Power Cable with DB-9 connector on loose end C25.Power Supply, 25 foot Signal and Power Cable with DB-9 connector on loose end C50.Power Supply, 50 foot Signal and Power Cable with DB-9 connector on , plug for the modem connection and a dual DB9/DB25 female connector on the opposite end is provided , series products through walls will degrade the signal and result in shorter achievable distances. Line
B&B Electronics
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AD12400

Abstract: AD12400JWS Connector . 19 ESD Caution , VIEW SAMTEC CONNECTOR QTE-060-01-L-D-A-K-TR BOARD ENC ENC PIN 39 AIN BOTTOM VIEW , DB1+ DB1­ DB3+ DB3­ DB5+ DB5­ DB7+ DB7­ DB9+ DB9­ DB11+ DB11­ DNC DNC DNC DNC DNC , + DB9- DB8- DB9+ DB8+ DB7- DB6- DB7+ DB6+ DB5- DB4- DB5+ DB4+ DB3- DB2- DB3+ DB2+ DB1 , calibration will degrade no more than 1 dB (when image spur is 70 dB). Differential Nonlinearity The
Analog Devices
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AD12400 AD12400KWS AD12400JWS DA10 DA11 Thermagon tflex SMA-50 AD12400/KIT C03735-0-11/03

C3331

Abstract: R3225 ± 20 35 3 55 90 65 115 280 15 mV p-p V mV mV k pF µA µA MHz VCC ­ 2.5 130 , F1 = F2 = ­7.0dBFS ­10 ­50 ­50 ­60 ­60 ­70 ­70 ­80 ­80 ­90 ­90 , ­30 ­50 SNR 50 ­60 48 ­70 46 ­80 44 ­90 42 ­100 40 0 50 , 51 ­70 50 ­80 49 ­90 ­100 60 80 fIN ­ MHz 0 48 10 50 MHz 20 40 , : SingleEnded vs. Differential Input REV. B 285 330 Figure 16. Frequency Response 90 0 10
Analog Devices
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AD9071 C3331 74LCX574 AD9071BR R3225 200H AD780 AD9070 AD9760AR 74LCX86
Abstract: 35 3 55 90 65 115 280 15 mV p-p V mV mV kâ"¦ pF µA µA MHz VCC â'" 2.5 130 , '"70 â'"80 â'"80 â'"90 â'"90 â'"100 â'"100 0 50 0 50 MHz MHz TPC 1 , â'"70 46 â'"80 44 â'"90 42 â'"100 40 0 50 SINAD 10 20 40 MHz , '"80 49 â'"90 â'"100 60 80 fIN â'" MHz 0 48 10 50 MHz 20 40 60 80 F S â , 90 0 10 150 â'"7â'" 375 420 AD9071 APPLICATION NOTES comparators detect when Analog Devices
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C00567

c3331 transistor

Abstract: C3331 ± 20 35 3 55 90 65 115 280 15 mV p-p V mV mV k pF µA µA MHz VCC ­ 2.5 130 , F1 = F2 = ­7.0dBfs ­10 ­50 ­50 ­60 ­60 ­70 ­70 ­80 ­80 ­90 ­90 , ­40 dB ­30 ­50 SNR 50 ­60 48 ­70 46 ­80 44 ­90 42 ­100 40 , ­30 ­50 53 ­60 52 ­70 51 ­80 50 ­90 49 ­100 0 48 10 50 MHz , 195 240 fIN ­ MHz 285 330 375 420 Figure 16. Frequency Response 60 90 SNR
Analog Devices
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c3331 transistor AD8360 tr C3331 C3331 T C3331 T 98 C3331(T)-AANP AD9071AR

R3225

Abstract: C37DPPF ±4 ±8 % FS % FS ppm/°C ± 512 ­2.5 ± 0.2 ±4 ± 18 ±5 ± 20 35 3 55 90 65 115 280 , F1 = F2 = ­7.0dBFS ­10 ­50 ­50 ­60 ­60 ­70 ­70 ­80 ­80 ­90 ­90 , SNR 50 ­60 48 ­70 46 ­80 44 ­90 42 ­100 40 0 50 SINAD 10 , ­80 49 ­90 ­100 60 80 fIN ­ MHz 0 48 10 50 MHz 20 40 60 80 F S ­ , 195 240 fIN ­ MHz 285 330 TPC 10. Frequency Response 90 0 10 150 ­7­ 375
Analog Devices
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C37DPPF AD9760 5523D

HELA-10

Abstract: Thermagon t flex 400 stress to the SMA connector/board. The presence of stress on the cables may degrade electrical , CONNECTOR QTE-060-01-L-D-A-K-TR BOARD ENC ENC PIN 39 AIN BOTTOM VIEW LEFT SIDE VIEW NOTE: 1. FOR MATING CONNECTOR, USE SAMTEC, INC. PART NO. QSE-60-01-L-D-A-K. INTEGRAL GROUND PLANE , DB7 DB9 DB9 DB11 DB11 DNC DNC DNC DNC DNC RESET VC VC 1 VA VA VA VA AGND AGND , DB11 DB10 DB11 DB10 DB9 DB8 DB9 DB8 DB7 DB6 DB7 DB6 DB5 DB4 DB5 DB4 DB3 DB2 DB3 DB2
Analog Devices
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AD12401 AD12401-326KWS AD12401-360KWS AD12401-400KWS HELA-10 Thermagon t flex 400 samtec connector 7803D AD12500 QSE60 AD12401/KIT D05649-0-7/05
Abstract: connector/board. The presence of stress on the cables can degrade electrical performance and mechanical , CONNECTOR QTE-060-01-L-D-A-K-TR BOARD ENC ENC PIN 39 AIN BOTTOM VIEW LEFT SIDE VIEW NOTE: 1. FOR MATING CONNECTOR, USE SAMTEC, INC. PART NO. QSE-60-01-L-D-A-K. INTEGRAL GROUND PLANE , DB7 DB7 DB9 DB9 DB11 DB11 DNC DNC DNC DNC DNC RESET VC VC 1 VA VA VA VA AGND , DB9 DB8 DB9 DB8 DB7 DB6 DB7 DB6 DB5 DB4 DB5 DB4 DB3 DB2 DB3 DB2 DB1 DB0 DB1 DB0 VD Analog Devices
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AD12401-326JWS AD12401-400JWS D05649-0-4/06

AD12401

Abstract: AD12401-326JWS SMA connector/board. The presence of stress on the cables can degrade electrical performance and , VIEW SAMTEC CONNECTOR QTE-060-01-L-D-A-K-TR BOARD ENC ENC PIN 39 AIN BOTTOM VIEW LEFT SIDE VIEW NOTE: 1. FOR MATING CONNECTOR, USE SAMTEC, INC. PART NO. QSE , DB3 DB3 DB5 DB5 DB7 DB7 DB9 DB9 DB11 DB11 DNC DNC DNC DNC DNC RESET VC VC 1 VA , DB11 DB10 DB11 DB10 DB9 DB8 DB9 DB8 DB7 DB6 DB7 DB6 DB5 DB4 DB5 DB4 DB3 DB2 DB3 DB2
Analog Devices
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6261D MOLEX 1820 SERIES

HELA-10

Abstract: QSE-060-01 2-56 STUDS 4× END VIEW SAMTEC CONNECTOR QTE-060-01-L-D-A-K-TR BOARD ENC ENC PIN 39 , ­ DB7+ DB7­ DB9+ DB9­ DB11+ DB11­ DNC DNC DNC DNC DNC RESET VC VC 1 VA VA VA VA , , 129 to 132 1 113 to 120 121 to 1281 1 Mnemonic DB11+ DB10+ DB9- DB8- DB9+ DB8+ DB7- DB6 , 76.3dBc ­10 ­20 3N 5 ­80 4 ­90 ­90 ­110 ­120 0 20 40 60 80 100 120 , ­30 ­30 ­40 ­40 ­50 ­50 ­80 N 6 4 ­90 5 ­100 03735-0-008 ­110
Analog Devices
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QSE-060-01 SAMTEC QSE 024 C03735

DC1805A

Abstract: applying 9VDC. 3) Apply the clock signal to connector J1. Clock frequency 99.2MHz (to achieve 1.6Msps , connector J3. The performance that results from these connections are displayed in Figure 4. DC718 , DC1805A to a DC718 USB high speed data collection board using connector J4. Then, connect the DC718 to a , signal source to J3. Connect a low jitter 100MHz 3.3VP-P sine wave or square wave to connector J1. Note , configurations of the LTC6362 interface to the SAR ADC. AC-coupling the input may degrade the distortion
Linear Technology
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LTC2380/LTC2379/LTC2378/LTC2377/LTC2376 LTC2379-18 DC590B

GS01717

Abstract: E8-E10 a FEATURES 8-Bit, 50, 80 and 100 MSPS ADC Low Power: 90 mW at 100 MSPS On-Chip Reference and Track , 2.0 2.95 0.05 Offset Binary Code 90 4.2 120 7 18 2.95 2.0 0.05 Offset Binary Code 90 4.2 115 7 , 45dB 2nd = 57dBc 3rd = 54.5dBc 2ND 65 60 55 50 45 3RD ENCODE = 100 MSPS ­50 ­60 ­70 ­80 ­90 , ­30 ­40 dB ­50 ­60 ­70 ­80 ­90 FREQUENCY ENCODE = 100 MSPS AIN = 41MHz SNR = 46.5dB SINAD = 45dB 2nd = 58dBc 3rd = 52.5dBc dB 0 ­10 ­20 ­30 ­40 ­50 ­60 ­70 ­80 ­90 FREQUENCY ENCODE = 100 MSPS AIN1 = 9MHz
Analog Devices
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AD9283BRS-50 GS01717 E8-E10 MSPS/80 MSPS/100 AD9283 C37DRPF RS-20 C3389

schematic diagram tv sharp

Abstract: transformer e19 MSPS ADC Low Power: 90 mW at 100 MSPS On-Chip Reference and Track/Hold 475 MHz Analog Bandwidth SNR , Offset Binary Code 0.05 Offset Binary Code Full Full VI VI 90 4.2 90 4.2 80 4.2 , ­80 35 ­90 ­100 30 FREQUENCY Figure 7. Spectrum: fS = 100 MSPS, fIN = 10.3 MHz ­20 , ­40 ­40 ­50 ­50 ­60 ­60 ­70 ­70 ­80 ­80 ­90 ­90 FREQUENCY FREQUENCY , 53dBc ENCODE = 100 MSPS 50 SNR 45 dB dB ­40 ­50 SINAD 40 ­60 ­70 35 ­80 ­90
Analog Devices
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schematic diagram tv sharp transformer e19 digital oscilloscope CONVERTER DC TO AC OF 3kv AD9283BRS-100 AD9283BRS-80 74ACQ574

transformer e19

Abstract: AD9283 MSPS ADC Low Power: 90 mW at 100 MSPS On-Chip Reference and Track/Hold 475 MHz Analog Bandwidth SNR , VI VI 90 4.2 90 4.2 80 4.2 25°C I No Missing Codes Gain Error1 Gain Tempco1 , dB ­40 ­50 50 45 ­60 ­70 40 ­80 35 ­90 30 ­100 10 20 FREQUENCY , ­80 ­90 ­90 FREQUENCY FREQUENCY TPC 2. Spectrum: fS = 100 MSPS, fIN = 40 MHz TPC 5 , 40 ­60 ­70 35 ­80 ­90 30 FREQUENCY TPC 3. Spectrum: fS = 100 MSPS, fIN = 76 MHz
Analog Devices
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E19 CORE TRANSFORMER C00584

HFBR-5603

Abstract: hssdc - db9 (Giga Baud) 1.25 1.0625 1.25 1.0625 1.0625 1.25 1.0625 1.25 1.0625 1.25 1.0625 1.25 Connector Style HSSDC DB-9 HSSDC HSSDC DB-9 DB-9 Duplex SC Duplex SC Duplex SC Duplex SC Cable Type TW TW TP TW TP TW TP , includes: · Transceiver type · Connector code · Compatibility data · Serial encoding algorithm · Baud rate , data lines together and keep them equal length to minimize pulse-width distortion. 3) Avoid sharp 90 , (PLLs) embedded in the SERDES chip or degrade the sensitivity of the receiver circuit embedded in the
Hewlett-Packard
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HFBR-5603 HFBR-5609 hssdc - db9 HFBR-560 HFBR-5607 HFBR-5608 HFBR-5604 HFBR-5610

BAT54 wv4

Abstract: C106D2 . 7 9.0 Assembly Drawing , digital output data is available at pins B4 (MSB) through B17 of the WaveVisionTM (WV4) connector J5 and , GND EVALUATION BOARD P2 Signal Cond. Xtal Filter WV4 Connector Signal Input ADC14L020/40 WV4 Connector 5V WaveVision4 Board Clock Input Signal Generator Figure 2 , Connector P2. Pin 2 is ground. Connect a signal from a 50-Ohm source to connector J3. The ADC input
National Semiconductor
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ADC14L020 ADC14L040 BAT54 wv4 C106D2 BAT54FSCT DB3 C105 RP1-220 P11304CT

EQFP-144

Abstract: eQFP144 using edge connector P1. The PScope software should recognize the DC1996A and configure itself , configurations. As a clock source, apply a low jitter 10dBm sine wave or square wave to connector J1. See Table , input frequencies, using AC-coupling may degrade the distortion performance. JP2 Mode: Use this jumper , default setting is DC. At very low input frequencies, using AC-coupling may degrade the distortion , default setting is DC. At very low input frequencies, using AC-coupling may degrade the distortion
Linear Technology
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EQFP-144 eQFP144 LTC2323CUFD-16 DA6 C37 LTC2323/LTC2321 LTC2323 DC890 HP8642B

MABAES00061

Abstract: DC1250 supplying at least 1 Amp. 2. Provide an encode clock to the ADC via SMA connector J3. Use a low-phase-noise , noisy input, a high-jitter (phase noise) encode clock will degrade the signal-to-noise ratio (SNR) of , 58 60 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 98 100 8 7 6 5 , DA3 DA2 DA1 DA0 D8-/CLKOUTA CLKOUT+/CLKOUTB CLKOUT-/OFB DB15 DB14 DB13 DB12 DB11 DB10 DB9 , CLKOUT+/CLKOUTB CLKOUT-/OFB D7+/DB15 D7-/DB14 D6+/DB13 D6-/DB12 D5+/DB11 D5-/DB10 D4+/DB9 D4
Linear Technology
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DC1250 MABAES00061 33r44 NC7SV865X 8644B FIN1108 16-BIT LTM9001 DC1241 0F-/DA15

C949

Abstract: FIN1101 supplying at least 1 Amp. 2. Provide an encode clock to the ADC via SMA connector J3. Use a , having a noisy input, a high-jitter (phase noise) encode clock will degrade the signal-to-noise ratio , -/DB12 D5+/DB11 D5-/DB10 D4+/DB9 D4-/DB8 D3+/DB7 D3-/DB6 D2+/DB5 D2-/DB4 D1+/DB3 D1-/DB2 D0 , DA2 DA1 DA0 D8-/CLKOUTA CLKOUT+/CLKOUTB CLKOUT-/OFB DB15 DB14 DB13 DB12 DB11 DB10 DB9 DB8 , 76 78 80 82 84 86 88 90 92 94 96 98 100 P1 EDGE-CON-100 LTM9001 16-BIT RECEIVER
Linear Technology
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FIN1101 C949 44100R MABAES0061 LTM9001CV-BA DOUT8EN/56 EN/78 EN/12 RIN8EN/34 24LC025-I/ST
Abstract: DYNAMIC RANGE (dBâ'¢MHz) 90 88 SFDR (dB â'¢Hz 2/3) 112 10 µsec 110 10 µsec 108 , (Noise Floor to P1 dB) DYNAMIC RANGE (dBâ'¢MHz) 90 SFDR (dB â'¢Hz 2/3) 1 115 110 10 , ) -70 -40 -50 -60 GAIN (dB) -70 -80 -90 Location of Triple Transit Signal -100 -90 with 5015B Delay Line -100 -110 -120 System Noise -130 -140 1 -110 f = 8.1 GHz , large offsets will degrade to the same degree as the signal to noise ratio. The close-in phase noise EMCORE
Original
5000-S IEC-60825M 5015C-0050 5015C
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