System Development Board DAT Series CM4MB Optional Product High -speed AD conversion board
Prime Systems Co., Ltd.
About This Product
■ Characteristics
･ AD conversion option board for KX-CARD7 / AX-CARD7M / CM4MB.
･ You can select a signal path that can use the gain amplifier and a signal path that you do not use.
･ It can be changed to 800msps.
･ Customize the sample FPGA circuit to improve development efficiency.
･ You can use the design service to add and manufacture analog FAE circuits.
The HSAD500 High-speed AD conversion board is an option board for KX-Card7 system development board. The 500MSPS 12-bitad converter IC and the KX-Card7 FPGA are composed of a 12ch parallel LVDS, configuring a high-performance system that secures signal integrity.
In addition, a low jitter clock, which is indispensable for high -speed sampling, can configure high -precision AD conversion systems without impairing the performance provided by the AD converter IC. High -precision data after AD conversion can be various digital processing and USB data transfer, such as high -speed signal processing in FPGA, saving to DDR3 memory, and files by transferring high -speed data to PCs.
■ Functional
1ch 12bit 500msps (TI ADS5403) * It can also be changed to 800msps type ADS5401.
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Product
System Development Board DAT Series CM4MB Optional Product High -speed AD conversion board
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Handling Company
Prime Systems Co., Ltd.
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Categories
1 Models of System Development Board DAT Series CM4MB Optional Product High -speed AD conversion board
| Product Image | Part Number | Price (excluding tax) | Analog input connector | Analog input specifications | FPGA-IF | General -purpose I/O connector | others |
|---|---|---|---|---|---|---|---|
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HSAD500 |
$ 890.50〜 | SMA connector single end/differential, AC/DC bond switching |
1. Compatible with differential/single end input up to 1VPP 50Ω impedance 2. Implement an input path equipped with LPF (equipped with an amplifier circuit of max.26db, SPI control from FPGA) |
Parallel DDR LVDS |
Convert 35 FPGA-IO pins into 2.54mm pitch 30 pin connectors * If the gain amplifier is controlled by SPI from the FPGA, it will be 30). |
Sampling frequency can be adjusted with clock synthesizer |
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About Company Handling This Product
- Japan