TLV5610IPWG4

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Data Acquisition - Digital to Analog Converters (DAC)

The TLV5610IPWG4 is a 12-bit resolution Digital-to-Analog Converter (DAC) specifically designed for precision applications. The product meets the most stringent industrial requirements, requiring high accuracy and dynamic performance, in a thermally enhanced ultra-small package. This DAC is the ideal choice for applications requiring single and dual output, high resolution, low power, precision performance, and fast settling.

TLV5610IPWG4 Application Field:

• Industrial Process Control
• Programmable Logic Controllers
• Data Acquisition
• Power Supply Regulation and Control
• Function Generators
• Audio Applications
• Automotive Applications
• Medical Imaging

TLV5610IPWG4 Working Principle:

The TLV5610IPWG4 is designed to convert a digital input signal of up to 12 bits into a proportional analog output voltage. It utilizes a Delta-Sigma topology which eliminates the need for a voltage reference. The internal architecture of the device consists of a low noise precision oscillator, an analog loop filter, and an auto-mute function.

The oscillator creates a stream of pulses whose frequency is proportional to the digital-to-analog conversion code. The loop filter integration of the pulse stream creates the analog output voltage. The average number of pulses in the pulse streams determines the output voltage. The analog output voltage is determined by the ratio of the average number of pulses to the peak output voltage.

The TLV5610IPWG4 offers a wide input voltage range of 2.7 V to 5.5 V, making it suitable for a variety of input voltages. The device features low power consumption, fast settling time, and programmable gain and offset capability. The device also offers an auto-mute function which reduces residual output noise and spikes.

The TLV5610IPWG4 is an ideal choice for applications requiring precision output with low noise and fast settling. The device is suitable for applications in industrial process control, PLCs, data acquisition, power supply regulation, function generation, automotive applications, medical imaging, and audio applications.

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