Gage Applied Technologies

High-Speed Digitizers have up to 4 GS on-board memory.
Architectural & Civil Engineering Products

High-Speed Digitizers have up to 4 GS on-board memory.

Available with 1 or 2 digitizing channels, 3 or 4 GS/s sampling per channel, and up to 1.5 GHz of input bandwidth, 8-bit CobraMax(TM) series can continuously digitize waveforms at 4 GS/s for one full second. Multiple Record mode also allows millions of shorter, rapidly acquired waveforms to be stacked into memory. Also included, Expert(TM) FPGA on-board signal processing technology for data...

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Computer Hardware & Peripherals

High-Speed Digitizers handle large amounts of data.

Available with 1 or 2 digitizing channels, 8-bit Cobra(TM) digitizers combine sampling speeds up to 2 GS/s, up to 1 GHz input bandwidth, and up to 4 GS on-board acquisition memory. Up to 8 cards can be interconnected within single chassis for applications that require several simultaneous digitizing channels. Arrangement achieves true multi-card synchronization due to internal clock distribution...

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High-Speed Digitizers have up to 4 GS on-board memory.
Architectural & Civil Engineering Products

High-Speed Digitizers have up to 4 GS on-board memory.

Available with 1 or 2 digitizing channels, 3 or 4 GS/s sampling per channel, and up to 1.5 GHz of input bandwidth, 8-bit CobraMax(TM) series can continuously digitize waveforms at 4 GS/s for one full second. Multiple Record mode also allows millions of shorter, rapidly acquired waveforms to be stacked into memory. Also included, Expert(TM) FPGA on-board signal processing technology for data...

Read More »
Computer Hardware & Peripherals

High-Speed Digitizers handle large amounts of data.

Available with 1 or 2 digitizing channels, 8-bit Cobra(TM) digitizers combine sampling speeds up to 2 GS/s, up to 1 GHz input bandwidth, and up to 4 GS on-board acquisition memory. Up to 8 cards can be interconnected within single chassis for applications that require several simultaneous digitizing channels. Arrangement achieves true multi-card synchronization due to internal clock distribution...

Read More »

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