Released under NDA TS83102G0 MAIN FEATURES ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! 10-bit resolution. 2 GSPS sampling rate. 3 GHz full power input bandwidth. Band flatness: ± 0.2 dB (from DC up to 1.5 GHz). Very low input VSWR : 1.15 max from DC to 2GHz (packaged device). Phase error: 0.2° (from 750MHz to 1.5GHz) Power consumption : 4.6 W. SFDR= 59 dBc ; 7.6 Effective Bits @FS = 1.4 GSPS, FIN = 700 MHz [-1dBFS]. SFDR = 52dBc ; 7.2 Effective Bits @Fs = 1.4 GSPS, FIN = 1950 MHz [-1dBFS]. SFDR= 56 dBc ; 6.4 Effective Bits @FS = 2 GSPS, FIN = 950 MHz [-1dBFS]. DNL = ±1.1 LSB, INL = ±2.3 LSB. Low Bit Error Rate (10-12) @ 2 GSPS and Tj = 110°C 500 mVpp differential 100Ω or single-ended 50Ω (±1 %) analog inputs. Differential 100Ω or single-ended 50Ω ECL compatible clock inputs. ECL or LVDS output compatibility. 50Ω differential outputs with common mode independent on temperature. Data ready output with asynchronous reset. Out-of-Range output bit. Gray or Binary selectable output data ; NRZ output mode. Pattern generator output (for acquisition system monitoring). ADC gain adjust. Sampling delay adjust. Offset control capability. Radiation tolerance oriented design (more than 100Krad (Si) expected). APPLICATION ! ! ! ! ! ! Direct RF down conversion. Wide band satellite receiver. High speed instrumentation. High speed acquisition systems. High energy physics. Automatic test equipment. SCREENING ! ! Standard die flow Package Temperature range : To be defined ADC 10-bit 2 Gsps Converter TS83102G0 1/ CBGA148 down TS83102G0CGL 2/ Die form : JTS83102G0 3/ Hermetic ceramic package : to be defined on request 4/ DMUX 10 bit 1:4/1:8 2Gsps TS81102G0 : Companion device available DESCRIPTION The TS83102G0 is a monolithic 10-bit analog-to-digital converter, designed for digitizing wide bandwidth analog signals at very high sampling rates of up to 2 Gsps. 5/ CBGA package Evaluation Board TSEV83102G0GL The TS83102G0 is using an innovative architecture, including an on-chip Sample and Hold (S/H), and is fabricated with an advanced high speed bipolar SiGe heterojunction process, featuring 75GHz cutoff frequency. The 3 GHz full power input bandwidth and the band flatness performances enables the digitizing of high IF and large bandwidth signals. CBGA 148 Packaged device January 2002