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DAC667JP is listed in the Digital To Analog Converters range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is DAC, PARALLEL, WORD INPUT. Review the specifications below when checking this part for your BOM.
The DAC667JP is a microprocessor-compatible 12-bit digital-to-analog converter manufactured by Texas Instruments. It features parallel word input and provides an analog output range of ±10V powered by a single +5V supply. The device exhibits a settling time of 10µs, ensuring rapid signal conversion for data acquisition systems. Designed in a surface-mount package, it integrates high-precision circuitry suitable for industrial control applications requiring stable system response and reliable performance.
Verify manufacturer authenticity through official Texas Instruments channels or authorized distributors. Confirm the specific suffix JP indicates the correct package type and temperature rating. Request original datasheets to validate pinout compatibility and electrical specifications against current revisions before integration into production designs.
Select this component when a 12-bit resolution with ±10V output swing is required within a single-supply environment. The parallel interface suits systems prioritizing throughput over serial complexity. Ensure the 10µs settling time meets the application's speed requirements for accurate signal generation in feedback loops.
This part belongs to the DAC667 series of digital-to-analog converters from Texas Instruments. It serves as a bridge between digital processing units and analog actuators or sensors. The series is known for robustness in industrial environments, providing consistent performance across varying load conditions while maintaining low power consumption relative to its output capabilities.
Consult official substitution guides for compatible parts with matching bit depth and output ranges. Verify pin-to-pin compatibility if replacing directly on existing PCBs. Ensure new alternatives support the same parallel interface protocol and single-supply voltage constraints to maintain system integrity.
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