TLV5613IPWG4

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The TLV5613IPWG4 is a data acquisition product classified under digital to analog converters or DACs. It is a single channel, low power, 10 bit voltage output digital-to-analog converter. It is designed to interface with a wide range of digital input levels allowing an easy and direct conversion from most digital systems into analog products. The device output ranges from 2Vpp ± 2V differential (true bipolar) to 5Vpp ± 2V differential.

Conversion accuracy is impressive at 16 bits (differential nonlinearity) and a resolution of 8 bits. It provides a nominal 10-bit precise accuracy, with an offset and gain error below 1LSB and a low 2 µA operating current.

The TLV5613IPWG4 can be used for various applications in the audio, industrial, and consumer markets. In audio applications, it can offer voltage controlled oscillators and simple volume control solutions. It also has many uses in the industrial field, such as motor control and servo systems. In consumer applications, it can be used in high-fidelity or consumer-grade audio products.

The TLV5613IPWG4 works by accepting digital input signals from a source like a computer, assigning a value to it, and then converting that value into an analog signal. The digital input can range from 0-1023, with 0 being low and 1023 being high voltage. The converted analog signal is then output to an amplifier or other device, where it is then further processed and amplified.

The TLV5613IPWG4’s performance depends on proper power management and the right form of grounding. It is best used with a power supply of 6 to 20V DC, enabling a wide range of applications across the automotive, industrial, communications, and military fields. It is housed in a 28-pin SOIC package with mounting options for a broad range of applications and comes with an on-board voltage reference.

The TLV5613IPWG4 provides exceptional performance with a cutting-edge design, allowing different systems to easily interact in an analog format. It is well-suited for medium resolution DAC applications and can process data with speed and precision. The device’s low power consumption and accuracy make it an optimal choice for many DAC applications today.

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