Texas Instruments Digital to Analogue Converter 12 Bit, 8-Channel, Microwire/QSPI/SPI Interface, 283 ksps, 20-Pin TLV5630IDW

Texas Instruments TLV5630IDW is a high-performance digital to analogue converter (DAC) featuring 12-bit resolution and 8 independent output channels. It employs a resistor string architecture which provides accurate and stable analogue voltage outputs suitable for precise industrial and electronic instrumentation applications.

This DAC supports multiple serial communication interfaces including Microwire, QSPI, and SPI, facilitating flexible connectivity in embedded systems, automation, and signal processing devices. It offers a wide operating voltage range from 3V to 5.5V and a fast sampling rate of 283 ksps to meet demanding signal conversion needs.

The device is packaged in a compact 20-pin SOIC surface mount package, measuring 13mm in length, 7.6mm in width, and 2.6mm in height, ideal for efficient PCB layout in space-constrained electronic products. It operates reliably across a broad temperature range from -40°C to 85°C, designed for industrial and commercial environments.

The TLV5630IDW has a settling time of only 7 microseconds, ensuring quick and accurate analogue output stabilization, which is crucial in dynamic signal control and measurement applications. It does not carry any specific standards or automotive certifications, focusing instead on providing stable and precise analogue output voltages.

Resistor string architecture ensures reliable 12-bit resolution output. 8 channels provide multiple simultaneous analog output signals. Operating voltage range from 3V to 5.5V supports varied applications. Sampling rate of 283 ksps enables fast signal processing.

Compact 20-pin SOIC surface mount package dimensions: 13x7.6x2.6 mm. Wide operating temperature: -40°C to 85°C suitable for industrial use. Settling time of 7 microseconds for rapid output stabilization. Digital interface supports Microwire, QSPI, and SPI protocols.

This Texas Instruments DAC series is widely used in industrial automation, instrumentation, communication equipment, and other electronic systems requiring precise analog signal generation. Its rugged operating temperature range and multiple communication interface options make it suitable for diverse industrial, laboratory, and commercial equipment designs.

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