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Part Manufacturer Supplier Stock Best Price Price Each Buy Part
AD6645-80/PCBZ Analog Devices Inc Rochester Electronics 1 $315.04 $255.97
AD6645-MIL/PCB Analog Devices Inc Richardson RFPD - - -
AD6645ASQ-105 Analog Devices Inc Bristol Electronics 3 - -
AD6645ASV-80 Analog Devices Inc Rochester Electronics 75 $108.76 $88.37
AD6645ASVZ-105 Analog Devices Inc Richardson RFPD - $85.34 $82.97
AD6645ASVZ-105 Analog Devices Inc Chip1Stop 12 $88.20 $87.30
AD6645ASVZ-80 Analog Devices Inc Rochester Electronics 584 $97.00 $78.81
AD6645ASVZ-80 Analog Devices Inc Richardson RFPD 5 $64.75 $64.75
AD6645ASVZ-80 Analog Devices Inc Chip1Stop 11 $65.70 $62.20

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AD6645 datasheet (22)

Part Manufacturer Description Type PDF
AD6645 Analog Devices 14-Bit, 80 MSPS A/D Converter Original PDF
AD6645-105/PCB Analog Devices 14-Bit, 80 /105 MSPS A/D Converter Original PDF
AD6645-105/PCBZ Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: EVALUATION BOARDS; No of Pins: -; Temperature Range: Commercial Original PDF
AD6645-80/PCB Analog Devices EVALUATION BOARD for AD6645-80 Original PDF
AD6645-80/PCB Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: EVALUATION BOARDS; No of Pins: -; Temperature Range: Commercial Original PDF
AD6645-80/PCBZ Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: EVALUATION BOARDS; No of Pins: -; Temperature Range: Commercial Original PDF
AD6645ASQ-105 Analog Devices 14-Bit, 80 /105 MSPS A/D Converter Original PDF
AD6645ASQ-105 Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: LQFP (10x10x1.4mm W/(5.9mm Heatsink); No of Pins: 52; Temperature Range: Commercial Original PDF
AD6645ASQ-80 Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: LQFP (10x10x1.4mm W/(5.9mm Heatsink); No of Pins: 52; Temperature Range: Commercial Original PDF
AD6645ASQ-80 Analog Devices 14-Bit, 80 MSPS A/D Converter Original PDF
AD6645ASQZ-105 Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: LQFP (10x10x1.4mm W/(5.9mm Heatsink); No of Pins: 52; Temperature Range: Commercial Original PDF
AD6645ASQZ-105 Analog Devices 14-Bit, 80 /105 MSPS A/D Converter Original PDF
AD6645ASQZ-80 Analog Devices 14-Bit, 80 MSPS/105 MSPS A/D Converter; Package: LQFP (10x10x1.4mm W/(5.9mm Heatsink); No of Pins: 52; Temperature Range: Commercial Original PDF
AD6645ASQZ-80 Analog Devices 14-Bit, 80 /105 MSPS A/D Converter Original PDF
AD6645ASV-105 Analog Devices AD6645 - 14-Bit, 80 MSPS/105 MSPS A/D Converter Package: TQFP 1.0 MM W/ THERMAL PAD; Temperature Range: COMMERCIAL Original PDF
AD6645ASV-80 Analog Devices AD6645 - 14-Bit, 80 MSPS/105 MSPS A/D Converter Package: TQFP 1.0 MM W/ THERMAL PAD; Temperature Range: COMMERCIAL Original PDF
AD6645ASVZ-105 Analog Devices AD6645 - IC 1-CH 14-BIT PROPRIETARY METHOD ADC, PARALLEL ACCESS, PQFP52, ROHS COMPLIANT, MS-026ACC, TQFP-52, Analog to Digital Converter Original PDF
AD6645ASVZ-80 Analog Devices AD6645 - IC 1-CH 14-BIT PROPRIETARY METHOD ADC, PARALLEL ACCESS, PQFP52, ROHS COMPLIANT, MS-026ACC, TQFP-52, Analog to Digital Converter Original PDF
AD6645-MIL/PCB Analog Devices AD6645-MIL - 14-Bit, 80 MSPS Analog to Digital Converter Package: None Available; No of Pins: 0; Temperature Range: COMMERCIAL; Container: 1/No packing Original PDF
AD6645/PCB Analog Devices 14-Bit, 80 MSPS A/D Converter Original PDF

AD6645 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - MXO45-80

Abstract: Capacitor tantalum 0402 10uF/16V panasonic resistor array TSW-125-08-T-DRA ad6645s AD6645 MX045 resistor SMT 0805 TTL 7400 fairchild 5MM PITCH PIN STRIP HEADER RIGHT ANGLE
Text: . Model AD6645ASQ-80 AD6645 /PCB Temperature Range -40°C to +85°C (Ambient) +25°C ORDERING GUIDE , 3.3V) POWER CONSUMPTION AD6645ASQ-80 Min Typ Max 14 Units Bits Guaranteed TBD TBD +/- , +5V, DVCC = +3.3V; TMIN = -40°C, TMAX = +85°C) ° ° Test Level AD6645ASQ-80 Temp Min Typ Max , ; ENCODE & ENCODE = 80 MSPS; TMIN =-40°C, TMAX = +85°C) AD6645ASQ-80 Parameter (Conditions) Temp Test , (AVCC = +5V, DVCC = +3.3V; ENCODE & ENCODE = 80 MSPS; TMIN = -40°C, TMAX = +85°C) AD6645ASQ-80


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PDF 14-Bit, AD6645 AD9042 AD6640 AD6644 AD6645 100dB MXO45-80 Capacitor tantalum 0402 10uF/16V panasonic resistor array TSW-125-08-T-DRA ad6645s MX045 resistor SMT 0805 TTL 7400 fairchild 5MM PITCH PIN STRIP HEADER RIGHT ANGLE
2002 - Not Available

Abstract: No abstract text available
Text: AD6645ASQ-80 / AD6645ASV-80 Min Typ Max AD6645ASQ-105 / AD6645ASV-105 Min Typ Max Note 5 5 7.2 , / AD6645ASV-80 Min Typ Max AD6645ASQ-105 / AD6645ASV-105 Min Typ Max Full 25°C 25°C IV V V , 3.3 V) Rise Time 2 AVCC POWER CONSUMPTION Temp Test Level AD6645ASQ-80 / AD6645ASV-80 Min , ±0.5 5.0 3.3 5.25 3.6 II II 275 32 IV II 1.5 1 AD6645ASQ-105 / AD6645ASV-105 Min , 25°C Full 25°C Full 25°C 25°C V II I V V V AD6645ASQ-80 / AD6645ASV-80 Min Typ


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PDF 14-Bit, MSPS/105 AD6645 AD9042 12-bit, AD6640 AD6644 MSPS/65
2001 - AD6645-105

Abstract: AD9042 IS-136 AD6620 AD6624 AD6640 AD6644 AD6645 XFC-B
Text: Parameter is a typical value only. Model AD6645XSQ-105 AD6645 /PCB Temperature Range 0°C to +85°C , AD6645-105 (12 bit 41 MSPS), the AD6640 (12 bit 65 MSPS, IF-sampling), and the AD6644 (14 bit 65 MSPS). , ) POWER CONSUMPTION Temp Test Level AD6645JSQ-105 Min Typ Max 14 Units Bits Full Full , +85°C) ° ° Test Level AD6645JSQ-105 Temp Min Typ Max Units DIGITAL SPECIFICATIONS Parameter , ) AD6645JSQ-105 Parameter (Conditions) Temp Test Level Min Typ Max Units Maximum Conversion Rate Full


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PDF 14-Bit, AD6645-105 AD6640 AD6644 AD6645 100dB AD6645-105 AD9042 IS-136 AD6620 AD6624 AD6640 AD6644 AD6645 XFC-B
2002 - AD6645-105

Abstract: ad6645asvz-1051 IS-136 AD9042 AD6645 AD6644 AD6640 AD6636 AD6620 mxo45 application notes
Text: / AD6645ASV-80 Min Typ Max AD6645ASQ-105 / AD6645ASV-105 Min Typ Max 75.0 74.5 75.0 72.5 , 3.3 V) Rise Time 2 AVCC POWER CONSUMPTION Temp Test Level AD6645ASQ-80 / AD6645ASV-80 Min , 3.6 II II 275 32 IV II 1.5 1 AD6645ASQ-105 / AD6645ASV-105 Min Typ Max 14 , V)2 Output Coding DMID 1 2 Temp Test Level AD6645ASQ-80 / AD6645ASV-80 Min Typ Max AD6645ASQ-105 / AD6645ASV-105 Min Typ Max Full 25°C 25°C IV V V 0.4 0.4 Full Full II


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PDF 14-Bit, MSPS/105 AD6645 AD9042 12-bit, AD6640 AD6644 MSPS/65 AD6645-105 ad6645asvz-1051 IS-136 AD9042 AD6645 AD6644 AD6640 AD6636 AD6620 mxo45 application notes
2001 - Not Available

Abstract: No abstract text available
Text: Level AD6645ASQ-80 Min Typ Max 14 Guaranteed TBD TBD +/- 0.25 +/- 0.50 TBD TBD TBD 2.4 2.2 1 TBD , ) Output Coding DMID (AVCC = +5V, DVCC = +3.3V; TMIN = -40°C, TMAX = +85°C) Test Level AD6645ASQ-80 Temp , +85°C) AD6645ASQ-80 Parameter (Conditions) Temp Test Level Min Typ Max Units Maximum Conversion Rate , ; TMIN = -40°C, TMAX = +85°C) AD6645ASQ-80 Parameter (Conditions) Temp Test Level Min Typ Max Units SNR , tE_DR Full Full Full Full Full Full Full Full Temp Test Level Min AD6645ASQ-80 Typ 12.5


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PDF AD6644 IS-136, AD6645 14bit
2003 - ERL 35 transformer

Abstract: SWITCHING TRANSFORMER ERL 39 ERL 39 transformer HZ0805E601R-00 HSMS2812 resistor SMT 0805 29.5MHZ MX045 amp 5-330808 connector AD6620
Text: ) AD6645ASQ-80 Typ Max AD6645ASQ-105 Typ Max Unit 9.5 4.75 4.75 ns ns ns 2.0 3.1 , ORDERING GUIDE Model Temperature Range AD6645ASQ-80 ­40°C to +85°C (Ambient) AD6645ASQ-105 ­10°C to +85°C (Ambient) AD6645-80 /PCB AD6645-105 /PCB Package Description 52-Lead PowerQuad 4 , otherwise noted.) Parameter Temp Test Level Min AD6645ASQ-80 Typ Max RESOLUTION AD6645ASQ-105 Min Typ Max 14 Unit Bits ACCURACY No Missing Codes Offset Error Gain Error


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PDF 14-Bit, AD6645 AD6640 12-bit, AD6644 MSPS/65 AD6645 ERL 35 transformer SWITCHING TRANSFORMER ERL 39 ERL 39 transformer HZ0805E601R-00 HSMS2812 resistor SMT 0805 29.5MHZ MX045 amp 5-330808 connector AD6620
2002 - SWITCHING TRANSFORMER ERL 39

Abstract: AD8138 "pin-compatible" ERL 39 transformer 74 series family AD6640 AD6624 AD6645 AD6645ASQ-80 AD9042 IS-136
Text: . ORDERING GUIDE Model Temperature Range Package Description AD6645ASQ-80 AD6645 /PCB ­40C to , ­40C, TMAX = +85C, unless otherwise noted.) Parameter Temp Test Level Min AD6645ASQ-80 , IV V V 0.4 II II AD6645ASQ-80 Typ 2.85 LOGIC OUTPUTS (D13­D0, DRY, OVR2) Logic , Analog Input @ ­1 dBFS SINAD Analog Input @ ­1 dBFS Min AD6645ASQ-80 Typ Max Unit , (tENCL)* Full Full Full Full II IV IV IV AD6645ASQ-80 Typ 80 30 5.625 5.625


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PDF 14-Bit, AD6645 AD9042 12-bit, AD6640 AD6644 MSPS/65 SWITCHING TRANSFORMER ERL 39 AD8138 "pin-compatible" ERL 39 transformer 74 series family AD6640 AD6624 AD6645 AD6645ASQ-80 AD9042 IS-136
2001 - ERL 39 transformer

Abstract: SWITCHING TRANSFORMER ERL 39
Text: characterization testing. V Parameter is a typical value only. Model AD6645ASQ-80 AD6645 /PCB Temperature , ) I DVCC (DVCC = 3.3V) POWER CONSUMPTION AD6645ASQ-80 Min Typ Max 14 Units Bits , AD6645ASQ-80 Temp Min Typ Max Units Full +25°C +25°C IV V V 0.4 Full Full II II , (AVCC = +5V, DVCC = +3.3V; ENCODE & ENCODE = 80 MSPS; TMIN =-40°C, TMAX = +85°C) AD6645ASQ-80 , +85°C) AD6645ASQ-80 Parameter (Conditions) Temp Test Level Min Typ Max SNR 75.0 V Analog


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PDF 14-Bit, AD6645 AD9042 AD6640 AD6644 AD6645 100dB AD6645ASQ ERL 39 transformer SWITCHING TRANSFORMER ERL 39
2002 - SWITCHING TRANSFORMER ERL 39

Abstract: ERL 39 transformer MXO45-80 TRANSFORMER ERL 39 AD6640 AD6624 AD6645 AD6645ASQ-80 AD9042 analog delay line schematic
Text: . ORDERING GUIDE Model Temperature Range Package Description AD6645ASQ-80 AD6645 /PCB ­40°C to , Test Level Min AD6645ASQ-80 Typ RESOLUTION Max 14 Unit Bits ACCURACY No Missing , AD6645ASQ-80 Typ 2.85 LOGIC OUTPUTS (D13­D0, DRY, OVR2) Logic Compatibility Full Logic "1" Voltage , Input @ ­1 dBFS SINAD Analog Input @ ­1 dBFS Min AD6645ASQ-80 Typ Max Unit 75.0 , Full Full Full II IV IV IV AD6645ASQ-80 Typ 80 30 5.625 5.625 *Several timing


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PDF 14-Bit, AD6645 AD9042 12-bit, AD6640 AD6644 MSPS/65 SWITCHING TRANSFORMER ERL 39 ERL 39 transformer MXO45-80 TRANSFORMER ERL 39 AD6640 AD6624 AD6645 AD6645ASQ-80 AD9042 analog delay line schematic
ad6645s

Abstract: C33C34 C33-C34 AD6620 AD6640 AD6644 AD6645 johnson 142-0701-201 0508X7R103M2P3
Text: . 25100% III. IV. V. typ AD6645ASQ-80 AD6645 /PCB -4085 25 , AD66452 100dB SFDR ADC AD66451 S/N74.5dBtyp AD6645 XFCB 52PowerQuad 4 ®LQFP_ED -4085 , DVCC I AVCCAVCC5.0V I DVCCDVCC3.3V 2 AVCC Min AD6645ASQ-80 Typ Max 14 , V AD6645ASQ-80 Typ Max V p-p k pF 10 2.5 CMOS DVCC-0.2 0.2 2 DVCC/2 0.5 , V V V 25 25 Min V V AD6645ASQ-80 Typ Max 72.5 85.0 85.0 75.0 74.5


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PDF 1480MSPS AD6645 41MSPS AD66401265MSPSIF AD66441440/65MSPSADC AD66452 100dB AD66451 S/N74 ad6645s C33C34 C33-C34 AD6620 AD6640 AD6644 AD6645 johnson 142-0701-201 0508X7R103M2P3
2006 - MX045-80

Abstract: 6645EE01D IS-136 AD9042 AD6645ASQ-80 AD6645 AD6644 AD6640 AD6636 AD6620
Text: II II 2.85 Full V Min AD6645ASQ-80 Typ Max Min AD6645ASQ-105 Typ Max , (Fourth or Higher) Analog Input @ -1 dBFS AD6645ASQ-80 Min Typ Max AD6645ASQ-105 Min Typ Max , AD6645ASQ-80 Typ Max Min AD6645ASQ-105 Typ Max Note 5 Unit Note 5 6.6 Full 25 , Devices AD6645ASQ-80 AD6645ASQ-105 74LCX574WM AD8138ARM Fairchild Motorola CTS Reeves AMP , AD6645ASQ-80 Typ Max 14 Full Full Full Full Full II II II II V -10 -10 -1.0


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PDF 14-Bit, MSPS/105 AD6645 AD9042 12-bit, AD6640 AD6644 MSPS/65 MX045-80 6645EE01D IS-136 AD9042 AD6645ASQ-80 AD6645 AD6644 AD6640 AD6636 AD6620
2005 - fr4 substrate

Abstract: 4221 transistor datasheet Turbolinear(TM) signal processing technology 4221 TurbolinearTM ad6645s Optichron Turbolinear x band radar Single-Tone
Text: affect the AD6645's output signal-to-noise ratio. The ADC, differential amplifier, Linearizer and the , operations. The input to the Linearizer is the 14-bit parallel CMOS output of the AD6645. While the input , with TurbolinearTM technology in addition to a 14-bit AD6645 analog-to-digital converter, and an , ADV cc33 Buffer Amplifier DVcc33 14-bit 105 MSPS ADC AD6645 AD8351 Ain DVcc18 , Distortion (THD). Optichron's Linearizer operates on the digital output of the AD6645 to produce a


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PDF OM1400A-105 OM1400A-105 14-bit AD6645 AD8351 OM1400A-0900NZ4EVAL fr4 substrate 4221 transistor datasheet Turbolinear(TM) signal processing technology 4221 TurbolinearTM ad6645s Optichron Turbolinear x band radar Single-Tone
2009 - AD7730 weighing scale code example

Abstract: ad7730 example AD7730 program MT-004 ad7730 code c code for ad7730 AD7730 c code free AD7730 circuit Ruscak larry
Text: pipelined ADC, such as the AD6645 14-bit, 105 MSPS ADC, (see Figure 7), has very small differential non-linearity errors that occur at specific code transition points across the ADC range. The AD6645 uses a 5 , 1 TRANSITIONS 6 5 5 Figure 7: AD6645 14-Bit, 105 MSPS ADC Simplified Block Diagram , Figure 8: AD6645 Subranging Point DNL Errors (Exaggerated) Page 8 of 12 MT-004 The distortion components produced by the front end of the AD6645 up to about 200-MHz analog input are negligible compared


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PDF MT-004 AD7730 weighing scale code example ad7730 example AD7730 program MT-004 ad7730 code c code for ad7730 AD7730 c code free AD7730 circuit Ruscak larry
2003 - RGP2

Abstract: No abstract text available
Text: , isolation, and source matching for the AD6645. The AD8351 also provides a balanced input, not provided by , differential output configuration of the AD8351 driving the AD6645. In this case, R1 provides the input , WITH 10dB OF THE –10 GAIN DRIVING1kΩ) AD6645 (R = –20 –30 –40 –50 L ANALOG INPUT , –75.9dBc SFDR = 78.2dBc 100nF 25Ω INHI RG 200Ω AD6645 14-BIT ADC AD8351 , „¦ source. The circuit in Figure 40 represents a simplified front end of the AD8351 driving the AD6645


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PDF AD8351 AD8351 10-Lead 16-Lead RM-10 RGP2
2004 - Not Available

Abstract: No abstract text available
Text: AD6645. The AD8351 also provides a balanced input, not provided by the balun, to the AD6645 , which is , AD6645. In this case, R1 provides the input impedance. RG is the gain setting resistor. The resistor RF , 0 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k⍀) ANALOG INPUT: 70MHz ENCODE : 80MHz , –10 –20 –30 –40 –50 100nF 25⍀ INHI RG 200⍀ AD6645 14-BIT ADC AD8351 , a simplified front end of the AD8351 driving the AD6645 , which is a 14-bit, 105 MSPS A/D converter


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PDF AD8351 10-Lead
balun transformer 50ohm

Abstract: HIGH FREQUENCY Transformer ee 19 959283464AN742 XFMR1 ADT1-1WT TP-101 CX2039 AN-742 AD9236 AD6645-80
Text: AIN+ 501 AIN­ AD6645-80 1000 1.5pF ADC INTERNAL INPUT Z 4 Figure 1a. Transformer , solution for high frequencies. XFMR 1:1 Z 2V p-p ANALOG INPUT 0 AD6645-80 Figure 4 , + 501 AD6645-80 1000 AIN­ 33 1.5pF ADC INTERNAL INPUT Z BALUN 1:1 Z Figure 7a , BALUN 1:1 Z 58 33 OPTIONAL 0.1F 33 AIN+ 501 AIN­ AD6645-80 1000 1.5pF ADC , AIN+ 501 2pF 1000 AIN­ 33 0.1F AD6645-80 1.5pF ADC INTERNAL INPUT Z Figure


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PDF AD6645 AD9236 959283464AN742 balun transformer 50ohm HIGH FREQUENCY Transformer ee 19 XFMR1 ADT1-1WT TP-101 CX2039 AN-742 AD6645-80
2009 - ADA493x

Abstract: sem 2005 inverter ADA493x-series ETC-1-13 AD813x phase shifter 2GHz etc-1-13 balun AD493x AD8132 AD8148
Text: DRIVING AD6645 14-bit 80/105MSPS ADC The AD813x and ADA493x family of differential drivers are suitable , a single +5 V supply. Figure 5 shows it is used as a level shifter to drive the AD6645 14-bit 80 , ADA4937-1 VOCM ~ 228 AD6645 14-BIT ADC 24.9 5nV/Hz 24.9 ­ C AIN­ 2.2V p-p , rms AD6645 SPECS: INPUT BW = 270MHz 1 LSB = 134µV SNR = 75dB Figure 5: ADA4937-1 Driving AD6645 in +5 V DC-Coupled Application Page 6 of 9 MT-075 The circuit shown in Figure 5 will now


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PDF MT-075 ADA493x sem 2005 inverter ADA493x-series ETC-1-13 AD813x phase shifter 2GHz etc-1-13 balun AD493x AD8132 AD8148
2004 - AD8351ARM-R2

Abstract: AD8351S AD8351-EVAL ETC1-1-13 RM-10 AD8351ARM-REEL7 AD8350 AD8351 AD8351ARM 10-Lead msoic
Text: provides the gain, isolation, and source matching for the AD6645. The AD8351 also provides a balanced , driving the AD6645. In this case, R1 provides the input impedance. RG is the gain setting resistor. The , 0 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k) ANALOG INPUT: 70MHz ENCODE : 80MHz , ­20 ­30 ­40 ­50 100nF 25 INHI RG 200 AD6645 14-BIT ADC AD8351 AD8351 INLO , AD8351 driving the AD6645 , which is a 14-bit, 105 MSPS A/D converter. For optimum performance, the


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PDF AD8351 10-Lead 3/03--Data AD8351ARM-R2 AD8351S AD8351-EVAL ETC1-1-13 RM-10 AD8351ARM-REEL7 AD8350 AD8351 AD8351ARM 10-Lead msoic
2002 - AD8351S

Abstract: No abstract text available
Text: then provides the gain, isolation, and source matching for the AD6645. The AD8351 also provides a , represents a single-ended input to differential output configuration of the AD8351 driving the AD6645. In , 30 35 + 2 3 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k) ANALOG INPUT: 70MHz ENCODE : 80MHZ , 25 INHI RG 200 INLO AD8351 AD8351 100nF 25 AD6645 14 - BIT ADC GENERAL DESCRIPTION , front end of the AD8351 driving the AD6645 a 14-bit, 105 MSPS A/D converter. For optimum performance


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PDF 10-Lead AD8351 ETC1-1-13 ETC1-1-13 RM-10) MO-187BA C03145 AD8351S
2000 - AD11405

Abstract: No abstract text available
Text: analog-to-digital converter, utilizing the AD6645 , with a double balanced balun analog input circuit and digital , increases the dynamic range of the AD6645 by up to 24dB. This improvement depends upon the analog input , sampling since the AD6645 provides excellent dynamic range in the 1st Nyquist zone. The AD11405 is packaged


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PDF 14-Bit, 105MSPS AD11405 AD11405 AD6645, 105MSPS.
2003 - 12V ENERGY LIGHT CIRCUIT DIAGRAM

Abstract: AD8351S RM-10 ETC1-1-13 AD8351-EVAL AD8351ARM-REEL7 AD8351ARM AD8351 AD8350 AD6645
Text: provides the gain, isolation, and source matching for the AD6645. The AD8351 also provides a balanced , driving the AD6645. In this case, R1 provides the input impedance. RG is the gain setting resistor. The , 0 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k) ANALOG INPUT: 70MHz ENCODE : 80MHZ , ­20 ­30 ­40 ­50 100nF 25 INHI RG 200 AD6645 14-BIT ADC AD8351 AD8351 INLO , AD8351 driving the AD6645 , which is a 14-bit, 105 MSPS A/D converter. For optimum performance, the


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PDF AD8351 10-Lead ETC1-1-13 RM-10) C03145 MO-187BA 12V ENERGY LIGHT CIRCUIT DIAGRAM AD8351S RM-10 ETC1-1-13 AD8351-EVAL AD8351ARM-REEL7 AD8351ARM AD8351 AD8350 AD6645
2003 - AD8351S

Abstract: 80MHZ etc1-1-13 AD8351ARM-REEL7 AD8351ARM AD8351-EVAL AD8351 AD8350 AD6645 RM-10
Text: output. This AD8351 circuit then provides the gain, isolation, and source matching for the AD6645. The , configuration of the AD8351 driving the AD6645. In this case, R1 provides the input impedance. RG is the gain , 0 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k) ANALOG INPUT: 70MHz ENCODE : 80MHZ , ­20 ­30 ­40 ­50 100nF 25 INHI RG 200 AD6645 14-BIT ADC AD8351 AD8351 INLO , a simplified front end of the AD8351 driving the AD6645 , which is a 14-bit, 105 MSPS A/D converter


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PDF AD8351 10-Lead MO-187BA 3/03--Data AD8351S 80MHZ etc1-1-13 AD8351ARM-REEL7 AD8351ARM AD8351-EVAL AD8351 AD8350 AD6645 RM-10
2005 - B910 diode

Abstract: Calculate Oscillator Jitter By Using Phase-Noise ab373 ON B34 b34 DIODE schottky SAC387 DIODE A34 TurbolinearTM b37 diode diode b26
Text: affect the AD6645's output signal-to-noise ratio. OM1400A-105 ADC Module The ADC, differential , AD6645. While the input to the AD6645 can be in the Nyquist zones 2, 3 or 4, the digital output is , with TurbolinearTM technology in addition to a 14-bit AD6645 analog-to-digital converter, and an , AAVCCP Ain AVCC AD8351 ClkInP ADVcc33 DVcc33 DVccF33 DVcc18 AD6645 14 INTERNAL , buffer amplifier, AD6645 14-bit high-speed analog-to-digital converter and Optichron's Linearizer with


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PDF OM1400A-105 OM1400A-105 14-bit AD6645 AD8351 B910 diode Calculate Oscillator Jitter By Using Phase-Noise ab373 ON B34 b34 DIODE schottky SAC387 DIODE A34 TurbolinearTM b37 diode diode b26
2002 - AD8351S

Abstract: No abstract text available
Text: full-scale output. This AD8351 circuit then provides the gain, isolation, and source matching for the AD6645. , AD8351 driving the AD6645. In this case, R1 provides the input impedance. RG is the gain setting resistor , 35 + 2 3 AD8351 WITH 10 dB OF GAIN DRIVING THE AD6645 (RL = 1k) ANALOG INPUT: 70MHz ENCODE : 80MHZ , 25 INHI RG 200 INLO AD8351 AD8351 100nF 25 AD6645 14 - BIT ADC GENERAL DESCRIPTION , Figure 7 represents a simplified front end of the AD8351 driving the AD6645 a 14-bit, 105 MSPS A/D


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PDF 10-Lead AD8351 ETC1-1-13 ETC1-1-13 RM-10) MO-187BA C03145 AD8351S
U321

Abstract: AD6645SQ AD8138ARM DATA SHEET D434 AD6645 AD6644 MC100LVEL16 NC7SZ32 ADT4-1WT 6645EE01D
Text: PREF DVCC AD6644/ AD6645 22 19 2 33 AVCC 24 21 1 GND GND 26 23 , VCC D0 2 +3P3V OPT_CLK 3 5 F5 1 66.66MHz (AD6644) 80MHz ( AD6645 ) 2 15 , INSTALLED. 7910 Triad Center Dr. Greensboro, NC 27409 AD6644ST/ AD6645SQ PCB Evaluation Board


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PDF MC100LVEL16 R11-R14 AD6644ST/AD6645SQ 6645EE01D U321 AD6645SQ AD8138ARM DATA SHEET D434 AD6645 AD6644 MC100LVEL16 NC7SZ32 ADT4-1WT 6645EE01D
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