LVDSADPB12+ Analog Devices

Click here for production status of specific part numbers. Evaluates: MAX19692/MAX19693 MAX19692/MAX19693 Evaluation Kit Users Guide General Description Features The MAX19692 and MAX19693 evaluation kits (EV kits) Evaluates the MAX19692/MAX19693 include either a MAX19692 2.3Gsps or MAX19693 4.0Gsps Supports Maximum Update Rates 12-bit, direct RF synthesis digital-to-analog converter 2.3Gsps for MAX19692 (DAC). The evaluation board includes a transformer circuit 4.0Gsps for MAX19693 used to convert the differential DAC output to a single- Proven 12-Layer PCB Design ended 50 signal. An on-board 3-transformer circuit is also Single-Ended Clock Interface provided to convert a single-ended 50 clock source into 2.3GHz Maximum Clock Rate (MAX19692) the well balanced, 50% duty cycle, 100 differential source 2.0GHz Maximum Clock Rate (MAX19693) required by the MAX19692/MAX19693. Single-Ended DAC Output Interface The MAX19692/MAX19693 evaluation board employs Selectable Frequency Response (MAX19692) two SAMTECH Q Strip (QSH) connectors for the Wideband Output Transformer digital interface. The EV Kit includes an adapter board Supports from 50MHz to >2GHz that converts the QSH interface to an FPGA Mezzanine Connector (FMC). The FMC connector is commonly On-Board 1.25V Reference Circuitry available on Commercial Off-the-Shelf (COTS) FPGA Fully Assembled and Tested evaluation boards such as the Xilinx Virtex -7 VC707 EV kit. The MAX19692/MAX19693 EV Kit is supported by the MUXDAC Data Source based on a VC707 FPGA board Ordering Information appears at end of data sheet. which provides a useful tool for supplying the digital signals required to evaluate the MAX19692/MAX19693. Refer to the MUXDAC Data Source Users Guide for more information. 19-0703 Rev 3 10/20Evaluates: MAX19692/MAX19693 MAX19692/MAX19693 Evaluation Kit Users Guide Figure 1. MAX19692/MAX19693 EV Kit and MUXDAC Data Source Test Setup Maxim Integrated 2 www.maximintegrated.com