MAX535BCUA-T

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The MAX535BCUA-T digital to analog converter (DAC) is an 8-bit device designed to convert parallel digital words into an analog signal. It is a dual-channel DAC designed to be ideal for applications that require two analog signals to be generated simultaneously. The primary application fields of the MAX535BCUA-T are motor control, audio and video playback, robotics, and automated systems. Additionally, they are often used in industrial applications where two analog signals are required to be generated in tandem.

The MAX535BCUA-T works by encoding each digital input word into an analog signal corresponding to the input value. It features a power supply range of 2.5V to 5.5V, a maximum settling time of 9.5µs, and a low power shutdown mode (500µA typical) for prolonged battery life. An onboard output buffer allows for very low output impedance and fast settling time. A serial resistance divider is available at the output to reduce the voltage range when needed. The tolerance of the output is 0.25%.

The onboard logic allows for compatibility with microcontrollers and other digital logic devices, allowing for fast and convenient implementation. Once programmed, the chip is equipped with a range of features for system flexibility, including 8-bit resolution, bidirectional digital-to-analog conversion, and single-ended output buffers. A built-in digital error cancellation system removes undesirable noise from the analog output.

The MAX535BCUA-T is an 8-bit parallel digital-to-analog converter with a 10-bit reference range and 7-bit digital output range. It supports multiple logic inputs, such as I2C and SPI, for easy programming of digital words. It features independent control over gain setting, output trimming and offset trims, and boost up to 1.6V accuracy. The device is also available in an industrial temperature range variant (MAX535BCUA-T1) optimized for operating temperature range of -40°C to +85°C.

The MAX535BCUA-T is an ideal solution for applications where two analog signals need to be generated simultaneously and accurately. It offers a wide range of features to provide system flexibility and convenience. Its precision and fast settling time makes it suitable for use in a variety of motor control, audio, video and industrial applications.

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