AD660 Search Results

U204

Abstract: AD6600 AD6600AST AD6620 AD6630 AN-501 IS-136 J201
Contextual Info: a Dual Channel, Gain-Ranging ADC with RSSI AD6600 two input channels, each with 1 GHz input amplifiers and 30 dB of automatic gain-ranging circuitry. Both channels are sampled with a 450 MHz track-and-hold followed by an 11-bit, 20 MSPS analog-to-digital converter. Digital RSSI outputs, an

base station receiver GSM

Abstract: BPF filter rf AD6600 anti aliasing filter cdma Digital Line Receivers diversity msc in gsm AD6620 IS136 Base Station subsystem
Contextual Info: AD6600/AD6620 Diversity Receiver Chipset HIGHLY INTEGRATED CHIPSET REDUCES SIZE AND COST OF BASE STATION RECEIVERS Analog Devices’ streamlined, highly integrated solution reduces component count, cost and time-to-market for diversity receivers. Analog Devices’ innovative Diversity Receiver

t41t

Abstract: U204 equivalent
Contextual Info: 7/22/00 10 PM a Dual Channel, Gain-Ranging ADC with RSSI AD6600 two input channels, each with 1 GHz input amplifiers and 30 dB of automatic gain-ranging circuitry. Both channels are sampled with a 450 MHz track-and-hold followed by an 11-bit, 20 MSPS analog-to-digital converter. Digital RSSI outputs, an

Contextual Info: ANALOG ► DEVICES Monolithic 1 6-Bit Serial/Byte DACPORT SMD/883B AD660 Scope T his specification covers th e detail requirem ent for a com plete, m onolithic 16-bit digital-to-analog converter DACPORT w ith an on-board reference, ou tp u t am plifier and double buffered latches. T he

GSM BTS antenna

Abstract: AD6600 Sawtek filters helical filter
Contextual Info: IF-Sampling Receiver Design Example “Using the AD6630, AD6600, AD6620” a 1 Design means Tradeoffs • Some Key Design Variables – – – – – – – – – a System conversion gain, gain distribution AGC versus fixed gain levels Overall filter requirements

ADSP210x

Abstract: AD688BQ AD660BRZ-REEL1 ADSP-210x 74HC04D-T AD586 AD587 AD660 MC68HC11 AD660SQ
Contextual Info: Monolithic 16-Bit Serial/Byte DACPORT AD660 FEATURES FUNCTIONAL BLOCK DIAGRAM DB0/ LBE/ DB8/ DB1/DB9/ DB7/ CLEAR SELECT CS SIN DATADIR DB15 15 14 12 11 5 AD660 HBE 16 SER 17 CONTROL LOGIC CLR 18 SPAN/ 10kΩ 22 BIPOLAR 16-BIT LATCH OFFSET 10.05kΩ LDAC 19

Contextual Info: Monolithic 16-Bit Serial/Byte DACPORT AD660 FUNCTIONAL BLOCK DIAGRAM FEATURES DB0/ LBE/ DB8/ DB1/DB9/ DB7/ CLEAR SELECT CS SIN DATADIR DB15 15 14 12 11 5 AD660 HBE 16 SER 17 CONTROL LOGIC CLR 18 SPAN/ 10kΩ 22 BIPOLAR 16-BIT LATCH OFFSET 10.05kΩ LDAC 19

AD680

Contextual Info: Monolithic 16-Bit Serial/Byte DACPORT AD660 ANALOG DEVICES FEATURES Complete 16-Bit D/A Function On-Chip Output Amplifier On-Chip Buried Zener Voltage Reference ±1 LSB Integral Linearity 15-Bit Monotonic over Temperature Microprocessor Compatible Serial or Byte Input

Contextual Info: Monolithic 16-Bit Serial/Byte DACPORT AD660 ANALOG ► DEVICES 1.1 Scope. This specification covers the detail requirement for a complete, monolithic 16-bit digital-to-analog converter DACPORT with an on-board reference, output amplifier and double buffered latches.

AD6620

Abstract: theory book about the use of band pass filter resonant full bridge schematic dsp AD6600 AD6600AST AD9042 IS-136
Contextual Info: Dual Channel, Gain Ranging ADC with RSSI a 12/97 Preliminary AD6600 sampled. The AD6600 can be used to sample one input at the full clock rate of the chip to get maximum processing gain benefit. Features 20 MSPS Sample Rate >100 dB dynamic range 90 dB from ADC + RSSI

Contextual Info: Dual Channel, Gain-Ranging ADC with RSSI AD6600 a two input channels, each with 1 GHz input amplifiers and 30 dB of automatic gain-ranging circuitry. Both channels are sampled with a 450 MHz track-and-hold followed by an 11-bit, 20 MSPS analog-to-digital converter. Digital RSSI outputs, an

Contextual Info: AD6600/AD6620 Diversitv Receiver Ch'Pset H IG H LY IN TEG R A TED C HIPSET R ED U C ES S IZE A N D C O S T O F BASE STATION R EC EIV ER S Analog Devices’ streamlined, highly integrated solution reduces component count, costand time-to-market for diversity receivers.

Contextual Info: □ ANALOG DEVICES Monolithic 16-Bit Serial/Byte DACPORT AD660 FUNCTIONAL BLOCK DIAGRAM FEATURES Complete 16-Bit D/A Function On-Chip Output Amplifier On-Chip Buried Zener Voltage Reference ±1 LSB Integral Linearity 15-Bit Monotonic over Temperature Microprocessor Compatible

ADSP210x

Abstract: c1813 ad660ar AD586 AD587 AD660 AD688 AD660SQ AD680
Contextual Info: a FEATURES Complete 16-Bit D/A Function On-Chip Output Amplifier On-Chip Buried Zener Voltage Reference ؎1 LSB Integral Linearity 15-Bit Monotonic over Temperature Microprocessor Compatible Serial or Byte Input Double Buffered Latches Fast 40 ns Write Pulse

Contextual Info: 4-Channel, 80 MSPS WCDMA Receive Signal Processor RSP AD6635 FEATURES Four 80 MSPS Wideband Inputs (14 Linear Bits Plus 3 RSSI) 4 Real Input Ports/2 Complex Input Ports Processes 4 Wideband Channels (UMTS or cdma2000 1x) or 8 GSM/EDGE, IS136 Channels 8 Independent Digital Receivers in a Single Package

1agcd

Contextual Info: PRELIMINARY TECHNICAL DATA Eight-Channel, 80 MSPS WCDMA Receive Signal Processor RSP a Preliminary Technical Data AD6635 FEATURES APPLICATIONS 80 MSPS Wide Band Inputs (14 linear bit plus 3 RSSI) Processes 4 WCDMA channels (UMTS or cdma2000 1x) or 8 GSM/EDGE, IS136 channels

AD5327

Abstract: AD5805 AD5065 AD7801 AD5300 AD5301 AD5302 AD5330 AD5337 AD557
Contextual Info: Precision DACs Part Number Bits Outputs Interface Package Price @ 1k $U.S. Description Low Voltage, Single Supply (Unipolar Voltage Output with Operation at 5 V and Below) AD5300 8 1 SPI 6-lead SOT-23 1.12 140 A typ at 5 V AD5601 8 1 SPI 6-lead SC70 0.89

AD834x

Abstract: AD77XX AD832x MCP market AD78xx AD92xx AD983x 8B2000 9433 ad9432
Contextual Info: Analog Devices, Inc. MultiChip Products Business Unit MCP High Performance Signal Processing Solutions MultiChip Products Business Unit ADI MCP’s MIXED SIGNAL INTEGRATED CHIP MODULES: Sub-System Solutions for Signal Processing System Integrators who can benefit from Higher Levels of Performance and Density

AD6537

Abstract: AD6833 AD6527 AD6488 AD6548 ad6555 AD6548 circuit AD7611 ad9924 ad6525
Contextual Info: Selection Trees Contents General-Purpose Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Application-Specific Circuits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

AL 2425 dv

Contextual Info: ANALOG DEVICES 65 MSPS Digital Receive Signal Processor AD6620 FEATURES High In p u t S a m p le R ate 65 M S P S S in g le C h an n el Real 3 2 .5 M S P S D iv e rs ity C hannel Real 3 2 .5 M S P S S in g le C h an n el C o m p lex NCO Freq u en cy T ran sla tio n

2391

Abstract: cic filter AD6600 AD6620 AD6640 cic 2133 Block Diagram CIC Filter
Contextual Info: Designing Filters with the AD6620 Greensboro, NC The fourth stage is a sum-of-products FIR filter with programmable 20-bit coefficients, and decimation rates programmable from 1 to 32. The RAM Coefficient FIR Filter can handle a maximum of 256 taps. Abstract: This paper introduces the basics of designing

AD9042

Abstract: IS136 AD6600 AD6634 AD6634BBC LA3 DR2
Contextual Info: PRELIMINARY TECHNICAL DATA Dual-Channel, 80 MSPS WCDMA Receive Signal Processor RSP a Preliminary Technical Data AD6634 APPLICATIONS 80 MSPS Wide Band Inputs (14 linear bit plus 3 RSSI) Processes 2 WCDMA channels (UMTS or cdma2000 1x) or 4 GSM/EDGE, IS136 channels

AD6600

Abstract: AD6620 AD6600AST AD6630 AN501 IS-136 r100101 T2XA
Contextual Info: Dual Channel, Gain-Ranging ADC with RSSI a PRELIMINARY TECHNICAL DATA FEATURES Dual “IF” Inputs, 70-250 MHz Diversity or two independent IF signals Separate Attenuation Paths Oversample RF Channels 20 MSPS on a Single Carrier 10 MSPS/channel in Diversity Mode

AD760

Abstract: AD667 AD7233 AD7243 AD7245A AD7248A AD767 AD7840
Contextual Info: A/D Converters: BIPOLAR OUTPUT w/ON CHIP REFERENCE MODEL # # BITS D/A Power Supply Requirements +Vcc +Icc -Vee -Iee + Volts + mA - Volts - mA Output Voltage Volts Output Current mA Settling Accuracy Differential Time or Linearity Linearity to Lsb's Lsb's 1 LSB +25C Tmax +25C Tmax