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Part Manufacturer Description Datasheet BUY
HI5812KIB Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDSO24 visit Intersil
HI5812JIP Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDIP24 visit Intersil
HI5812JIB Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDSO24 visit Intersil
HI3-674AKN-5 Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDIP28 visit Intersil
HI3-674AJN-5 Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDIP28 visit Intersil
HI3-574AJN-5 Intersil Corporation 12-BIT SUCCESSIVE APPROXIMATION ADC, PARALLEL ACCESS, PDIP28 visit Intersil

ADC 50Ghz

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ADC 50Ghz

Abstract: ADC digital calibration time interleaved 56GSa/s 8-bit ADC Development Kit Description The 56 GSa/s ADC evaluation board (BATBOARD) allows early silicon characterization of Fujitsu's CHAIS (CHArgemode Interleaved Sampler) ADC technology , Applications · Fast data sampling for lab purposes · Evaluation and characterization of Fujitsu CHAIS ADC technology · Prototyping of leading-edge measurement systems or optical front ends 56GSa/s 8-bit ADC Development Kit Features · Device mounted on a high-performance PCB · 2.4mm ADC input connectors
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pwm control of tec

Abstract: tunable laser integrated 12-bit ADC with an 8-channel multiplexer allows users to monitor laser bias current and laser , 12-BIT SER ADC T/H TRANSISTOR CW LASER 8 TUNABLE LASER CW LASER AVERAGE POWER CONTROLLER ADN2830 AN-655 TUNABLE RANGE = 3nm MONITOR PD (A) OPTICAL POWER (mW) FS = 50GHz
Analog Devices
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ADN2894 ADN8830 pwm control of tec tunable laser tec driver transistor Tunable Optical Filter 50 GHz ADC 50Ghz laser wavelength locker C832/ADN8830/ADN2830 RS-232C ADN282 AD8305
Abstract: Low Loss_ Cable Characteristics Cable Assemblies High Performance Cable Assemblies â Ultra-Low Insertion Loss â DC - 26.5 GHz Performance â Phase and Temperature Stable â Highly Flexible The unique construction characteristics o f this product line of Midwest Microwave low loss and ultra-low loss cables provides the highest stability available for loss, phase, VSWR, and time delay over , 50GHz. 0.140 Dia M-54 CABLE 0.240 DIA. M-82 CABLE 0.32S DIA. Designed for low loss -
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tunable laser rs-232

Abstract: tunable laser -bit ADC with an 8-channel multiplexer allows users to monitor laser bias current and laser temperature , 12-BIT SER ADC T/H THERMISTOR CW LASER 8 TUNABLE LASER CW LASER AVERAGE POWER CONTROLLER ADN2830 AN-655 TUNABLE RANGE = 3nm MONITOR PD (A) OPTICAL POWER (mW) FS = 50GHz
Analog Devices
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tunable laser rs-232 locker Fujitsu tunable laser ATC ANALOG TECHNOLOGY I8051 multiplexer transponder FLD5F15CA ADN292 ADN2849/ADN2859 E03717

ADC 50Ghz

Abstract: ADC 50 Ghz of tuning is possible with less than 10µs switching time, with channel spacing of 50GHz over the , : Seven different monitoring points are available through a 12-bit Analog-to-Digital Converter (ADC). , Inputs: Command 132 and 133 read the voltage at the analog WLL1 and WLL2 inputs. ADC Output Code, OC = , k. The ADC is connected to the TIA output. ADC Output Code, OC = 4095*ID * RTIA/2.5. Command 134 reads the ADC Output Code. Reading Laser Section Voltages: Commands 135, 136, & 137 read the voltages
Multiplex
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ADC 50 Ghz ea-modulator 10 k ntc thermistor lbss 26 tunable laser 10Gb/s laser driver

MTX-TEML

Abstract: ADC 50Ghz of tuning is possible with less than 10µs switching time, with channel spacing of 50GHz over the , : Seven different monitoring points are available through a 12-bit Analog-to-Digital Converter (ADC). , Inputs: Command 132 and 133 read the voltage at the analog WLL1 and WLL2 inputs. ADC Output Code, OC = , k. The ADC is connected to the TIA output. ADC Output Code, OC = 4095*ID * RTIA/2.5. Command 134 reads the ADC Output Code. Reading Laser Section Voltages: Commands 135, 136, & 137 read the voltages
Multiplex
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MTX-TEML facet ntc Diode BFM multiplex EML

XFC-B

Abstract: AD8365 Process Technology fT 50GHz XFCB3.0 SiGe 25GHz RF25 NPN 0.6u BiCMOS XFCB , Feature Current Out Voltage Out RF IF Detection/RSSI Solutions Log Output ADC LNA RSSI RSSI & , ~ ~ ~ AD8307/8310 AD8307/8310 Log Output to 500 MHz ADC 90dB 90dB Range Range ASK ASK Demodulation Demodulation LO ~ ~ ~ AD8310 AD8310 ADC 15ns response time RF IF AD8307 Log Conformance 3 , / Power Power Detection Detection AD8313 to 2.5 GHz input Analog Control Loop (alt) VOUT VSET ADC
Analog Devices
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AD8365 XFC-B ad8314 wideband DAC modulator 2.5 GHz TSOP-16 amplifier SAW AD9767 AD8361 AD8346 DC-50 IS-95 AD8345

oximetr

Abstract: magnetic stripe data conversion Yes Maximum toggle frequency 5.0GHz 2.4GHz 375MHz Power consumption (nW/MHz/gate) 10 , T YP I CAL AP P LI CATI O N S 64-channel RadTolerant security imaging ASSP | 64 parallel ADC
Aeroflex Colorado Springs
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oximetr magnetic stripe data conversion interfacing 8051 with magnetic stripe readers glucose sensor ISO-9001/AS9000

F100-L

Abstract: F100L 400V/ s : ±2.5±5V()512V() 230MHz GB 400V/ s 16ns(@0.05) CLC426 CLC426 2V/V CLC426 ADC/DAC /RF CLC426 DC S/N CLC426 SPICE Input Voltage Noise Density GB 1.0GHz CLC425 (AV 10V/V) 5.0GHz CLC422 (AV 30V/V) GB : 230MHz : : 1.6nV/Hz - 62/ - 68dBc Frequency Response Pinout DIP & SOIC 20010206 © National
National Semiconductor
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CLC426AJP CLC426AJE F100-L F100L marking nsc M08A 230MH OA-21 OA-15 730013SOIC

ADC 50Ghz

Abstract: TRANSISTOR 50GHZ 50GHz. The very high ft is obtained by doping the base region of a silicon bipolar transistor with , Corporation. 4-2 HFA3861 BBP RF DAC RF ADC IF DAC HFA3783 IF QUADRATURE MODEM HFA3683 RF/IF CONV Q ADC 1 AGC CTL 6 HFA3841 MAC 6 RAKE AND DEMOD 6 REF_OUT PLL RF LO PLL I/O I/O LOW WEP ENGINE CPU IF LO I DAC Q DAC TX DAC TX ADC 5 MOD AND , INTERFACE Technical Brief 380 I ADC 1 As shown in Figure 1 the signal of interest, fRF, is
Intersil
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TB380 TRANSISTOR 50GHZ PRISM 2.4GHz Chip Set PRISM HFA3683 352-MHz 50GHz mixer 11MBPS ISO9000

Midwest Microwave M52

Abstract: ­ formance are critical criteria. This cable will operate up to 50GHz. M-54 CABLE 0.240 DIA. M-82 CABLE , â'¢ Match Size and Loss Requirements â DC - 26.5 GHz Frequency Performance - Select Ruggedization
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Midwest Microwave M52
Abstract: ADC A 40 GHz Microwave Power Meter with a Range from â'30 dBm to +15 dBm EVALUATION AND DESIGN , linearization circuit. A low power, 12-bit, 1 MSPS analog-to-digital converter (ADC) provides a digital output , PROCESSOR VOUT VIN 200â"¦ 340â"¦ 5V VDD AD7091R 12-BIT, 1MSPS ADC SPI 12625-001 , -0366 Circuit Note 10 1 0.5GHz 1.0GHz 5.0GHz 10.0GHz 15.0GHz 20.0GHz 25.0GHz 30.0GHz 35.0GHz , ADC samples the detector output, and the data is processed through a data capture board and sent to Analog Devices
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CN-0366 ADL6010 ADL6010-EVALZ EVAL-AD7091RSDZ MT-073

CLC426

Abstract: CLC425 integrators Ultrasound Low-power portable video ADC/DAC buffer Wide dynamic range amp Differential amps , CLC425 (Av 10V/V) or the 5.0GHz CLC422 (Av 30V/V). Typical Application Pinout DIP & SOIC Wide
National Semiconductor
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CLC426A8B CLC426ALC

D235A

Abstract: RF2712 0 = 8 x lF · Digitally Controlled Power Down Mode · ADC Compatible Outputs RF2712 RF2712 PCBA , connected to anything else. Maximum collector current of this device is 1 mA, fj=5.0GHz, hfe=100. Balanced
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D235A 100-j400 analog to digital convert

DC DC converter 5v to 400V

Abstract: bandpass Sallen-Key Wideband, Low-Noise, Voltage-Feedback Op Amp Comlinear CLC426 APPLICATIONS: FEATURES: · Active filters & integrators · Ultrasound · Low-power portable video · ADC/DAC buffer · Wide dynamic range amp · Differential amps · Pulse/RF amp · Wide gain-bandwidth product: 230MHz · Ultra-low input voltage noise: 1.6nV/Hz · Very low harmonic distortion: -62/-68dBc · Fast slew rate: 400V/µs · , the 5.0GHz CLC422 (Av 30V/V). PINOUT DIP & SOIC NC 1 Vinv 2 - 7 +Vcc
National Semiconductor
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DC DC converter 5v to 400V bandpass Sallen-Key band pass sallen-key CLC426AIB

BEL 100N TRANSISTOR PIN DIAGRAM

Abstract: SQUARE WAVE TO SINE WAVE schematic diagram to 25MHz Operation with LO=8xlF â'¢ Digitally Controlled Power Down Mode â'¢ ADC Compatible Outputs , not connected to anything else. Maximum collector current of this device is 1 mA, fT=5.0GHz, hfe
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BEL 100N TRANSISTOR PIN DIAGRAM SQUARE WAVE TO SINE WAVE schematic diagram BEL 100N TRANSISTOR phase shifter dc to 100mhz of IC micro A 741 500 va sine wave ups circuit 100MH 10Q4131 IRF27

alternatives of CLC425

Abstract: bandpass Sallen-Key video s ADC/DAC buffer s Wide dynamic range amp s Differential amps s Pulse/RF amp s s The , gain-bandwidth voltage-feedback op amps see the 1.9GHz CLC425 (Av 10V/V) or the 5.0GHz CLC422 (Av 30V/V).
National Semiconductor
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alternatives of CLC425

TLO 64 Op Amp

Abstract: 5.0GHz CLC422 (A, > 30V/V). 100 Ik 10k 100k 1M Frequency (Hz) 10M 100M Features Wide gain-bandwidth , compensatable Applications Active filters & integrators Ultrasound Low-power portable video ADC/DAC
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TLO 64 Op Amp

ALC 653

Abstract: ltc6946 [2 :0] = 1 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 5.0GHz, OD[2 :0] = 1 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz , = 5.0GHz, 10kHz Offset fRF = 1.667GHz, OD[2 :0] = 3 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 1.25GHz, OD[2 :0] = 4 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 1.00GHz, OD[2 :0] = 5 (Note 6) 1MHz Offset
Linear Technology
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ALC 653 ltc6946 HHM1589B1 6-946 sdi 0818 LTC6946 LTC6946-1 LTC6946-2 4DFB-1842N-10 1842MH HHM1525
Abstract: ) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 5.0GHz, OD[2 :0] = 1 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 2.50GHz, OD[2 :0] = 2 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz , 5.0GHz, 10kHz Offset fRF = 1.25GHz, OD[2 :0] = 4 (Note 6) 1MHz Offset 40MHz Offset Phase Noise (LTC6946-3, fVCO = 5.0GHz, 10kHz Offset fRF = 1.00GHz, OD[2 :0] = 5 (Note 6) 1MHz Offset 40MHz Offset Linear Technology
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42N-10 1952MH 2012MHZ 140MH LTC5541 LTC5540/LTC5541
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