News Release from: C and D Technologies (NCL)
Subject: ADSD-1410S
Edited by the Electronicstalk Editorial Team on 17 July 2006
Dual sampling A/D convertor runs up to 10Msample/s
Fully integrated dual sampling 10Mample/s 14bit resolution A/D convertor is ideally suited for use in high-speed data acquisition systems that demand low noise and high performance.
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C and D Technologies has introduced a new fully integrated, dual sampling 10Msample/s 14bit resolution A/D convertor. The ADSD-1410S complements C and D's 2Msample/s A/D convertor - the ADSD-1402S. The functionally complete ADSD-1410S is ideally suited for use in high-speed data acquisition systems that demand low noise and high performance.
Typical applications include medical instruments, radar I/Q, digital signal processors, plus other instrumentation and ATE for both commercial and military applications.
Housed in a standard 40-pin triple-wide SMT DIP, the ADSD-1410S is available in two versions.
The standard product is rated for use between ambient temperatures of 0 and +70C, whereas the ADSD-1410S-EX is suitable for use between -55 and +125C.
The module delivers no-missing-code performance across its full operating temperature range.
Ideal for both time and frequency domain applications, the ADSD-1410S has an input range of +/-2.5V and boasts a comprehensive list of standard features.
Included are two fast-settling sample/hold amplifiers, two 14bit A/D convertors, multiplexed output buffers, a precision reference, edge triggering, and all the necessary timing and control logic to operate from either two, or a single-start convert pulse.
The modules provide a range pin function that allows easy changes to be made to the analogue input range.
The digital output power supply of the ADSD-1410S is capable of directly driving either 5 or 3V logic systems.
The class leading specification of the ADSD-1410S includes a signal-to-noise ratio of 76dB and total harmonic distortion of -83dB, as well as superior integral nonlinearity and differential nonlinearity performance.
The modules, which require only a +/-5V supply and typically consume just 1.6W, are optimised for wideband frequency domain applications and are fully FFT tested.
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