SIGLENT releases 4GHz, 12-bit oscilloscope with 4 analog and 16 digital channels
Year-2002 founded SIGLENT Technologies has launched a new SDS7000A series high resolution oscilloscope featuring 4 analog channels and 16 digital channels, with bandwidths of 3GHz and 4GHz. With a sampling rate of 20GSa/s, vertical resolution of 12-bit (by hardware), and a storage depth of 500 Mpts/ch as standard, 1 Gpts/ch as option, this new scope fulfills broader test requirements.
Here are more details from the company's announcement: Restore the signal perfectly The sampling rate of 20 Gsa/s eliminates signal distortion. With a long storage depth of up to 1 Gpts/ch, capture complete signal sequences for up to 50 millisec at max sampling rate without any gaps. Utilize search and navigate or history tools to analyze the entire stored trace. Each sample utilizes the 12-bit ADC, limiting the quantization error, which can help engineers to observe the details of the waveform clearly and measure the waveform accurately.
All New High Speed Platform The processor of SDS7000A has been fully upgraded. Utilizing an X86 processor greatly improves the response speed, measurement, operation and analysis speed of the system, and created more opportunities for future expansion of analysis funct...
Here are more details from the company's announcement: Restore the signal perfectly The sampling rate of 20 Gsa/s eliminates signal distortion. With a long storage depth of up to 1 Gpts/ch, capture complete signal sequences for up to 50 millisec at max sampling rate without any gaps. Utilize search and navigate or history tools to analyze the entire stored trace. Each sample utilizes the 12-bit ADC, limiting the quantization error, which can help engineers to observe the details of the waveform clearly and measure the waveform accurately.
All New High Speed Platform The processor of SDS7000A has been fully upgraded. Utilizing an X86 processor greatly improves the response speed, measurement, operation and analysis speed of the system, and created more opportunities for future expansion of analysis funct...
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