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The Analog Devices Inc. 5962-8850901XA is a high-performance monolithic digital-to-analog converter (DAC) featuring 12-bit resolution and four independent channels. It utilizes a parallel word input interface to drive voltage outputs, designed for precision applications requiring fast settling times of approximately 4 microseconds. The component is housed in a 28-lead ceramic dual in-line package (CDIP-28), suitable for military and aerospace environments. Key electrical characteristics include a full-scale output range compatible with standard analog signal levels and low power dissipation typical of bipolar DAC architectures.
Verify the specific suffix 'XA' against the manufacturer's current datasheet to confirm temperature range and performance grade. As a MIL-spec part, availability may be limited through authorized distributors. Ensure that the parallel interface timing requirements match your system's bus architecture before procurement. Request batch-specific test reports if used in safety-critical applications.
Select this component when four synchronized analog outputs are required from a single digital source. The 12-bit resolution balances cost and precision for general-purpose analog generation. Consider the CDIP-28 package size constraints during PCB layout. Evaluate the 4us settling time against your system's update rate requirements to ensure adequate bandwidth for dynamic signals.
This part belongs to the Analog Devices family of high-reliability digital-to-analog converters. It is derived from commercial designs but processed under strict military quality standards. The 5962 prefix indicates it is a direct sales part number managed by Rochester Electronics, often serving as a bridge between legacy military specifications and modern manufacturing processes.
Direct substitutes include other 4-channel 12-bit parallel DACs in CDIP-28 packages from Analog Devices such as the AD7543 series variants, provided pin compatibility and settling time specifications meet the design requirements. Verify that any replacement maintains the same voltage output configuration and input loading characteristics.