MAX5201BEUB+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX5201BEUB+T is a low-power, 8-bit buffered voltage-output digital-to-analog converter. It is designed to operate from a single +3 V to +5.5 V supply and is capable of driving up to 10 mA into a wide range of loads. This device offers user-selectable output ranges of +Vref to -Vref or 0V to Vref and provides a low-power shutdown function mode that shuts off the output driver stage, reducing total supply current to 250 μA. Using the control logic chip and an external reference, this device produces extremely accurate digital-to-analog conversions with monotonically-increasing codes.

The MAX5201BEUB+T is a member of the MAX5201 family of digital to analog converters which have a high-speed SPI interface. The SPI interface allows the user to communicate with the D/A converter over a standard 4-wire connection. The interface is capable of transmitting up to six bytes of data, including two address bytes and four data bytes. The four data bytes can be used to configure the device, set the output levels and control the power states of the outputs. The MAX5201BEUB+T also provides a range of software features including a shutdown mode, adjust mode and a "load DAC" instruction.

The MAX5201BEUB+T is suitable for applications that require fast, accurate digital-to-analog conversion including process control, motor control and power supply control. It is ideal for distributed low-power systems and is suited for operation in harsh environments. Its small form factor and low-power consumption make it highly suitable for use in portable applications.

The MAX5201BEUB+T comprises of a control logic chip, a voltage output stage, and an analog output amplifier. The logic chip, which contains the digital-to-analog converter, is operated by a microcontroller through an SPI interface. The control logic chip is responsible for converting the incoming digital data into an analog output voltage. The analog output is then fed to an amplifier, which amplifies the output voltage and provides a buffered voltage output to the load.

The working principle of MAX5201BEUB+T is based on the concept of resistance-ladder network. A resistance-ladder network is formed with a series of resistors. As the digital data is clocked in, it is converted into a series of resistances. These resistances are then combined together to form a single equivalent resistance. This equivalent resistance raises or lowers the voltage at a reference point, increasing or decreasing the output. The operation is controlled by the logic chip, which provides the control signals in response to the incoming digital data.

The MAX5201BEUB+T is a highly capable device with versatile features and easy-to-use control logic. It is an ideal choice for applications that require fast, accurate digital-to-analog conversion including process control, motor control and power supply control. It is small, low-power and highly suitable for use in distributed low-power systems and harsh environments.

The specific data is subject to PDF, and the above content is for reference