EV10AS152AVTP

The EV10AS152A combines a 10-bit 3 Gsps fully bipolar analog-to-digital converter chip, driving a fully bipolar DMUX chip with selectable Demultiplexing ratio (1:2) or (1:4). The 5 GHz full power input bandwidth of the ADC allows the direct digitization of greater than 1 GHz broadband signals in the high IF region, in either L_Band or S_Band.

The 1:4 demultiplexed digital outputs are LVDS logic compatible, which allows easy interface with standard FPGAs or DSPs. The EV10AS152A operates at up to 3 Gsps in DMUX 1:4 and up to 2.0 Gsps in 1:2 DMUX ratio (The speed limitation with 1:2 DMUX ratio is mainly dictated by external data flow exchange capability at 2 × 1 Gsps with available FPGAs).

The EV10AS152A ADC+DMUX combo device is packaged in a 25 × 35 mm Enhanced Ball Grid Array EBGA317. This Package is based on multiple layers which allows the design of low impedance continuous ground and power supplies planes, and the design of 50? controlled impedance lines (100? differential impedance). This package has the same Thermal Coefficient of Expansion (TCE) as FR4 application boards, thus featuring excellent long term reliability when submitted to repeated thermal cycles.

• ADC 10-bit Resolution
• Up to 3 Gsps Sampling Rate
• Selectable 1:4 or 1:2 Demultiplexed Digital LVDS Outputs
• True Single Core Architecture (No Calibration Required)
• External Interleaving Possible Via 3-Wire Serial Interface Gain Adjust Offset Adjust Sampling Delay Adjust
• Full Scale Analog Input Voltage Span 500 mVpp
• 100 Ohm Differential Analog Input and Clock Input
• Differential Digital Outputs, LVDS Logic Compatibility
• Low Latency Pipeline Delay
• Test Mode for Output Data Registering (BIST)
• Power Management (Nap, Sleep Mode)
• EBGA317 (Enhanced Ball Grid Array) Package