MAX535BEPA

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Data Acquisition - Digital to Analog Converters (DAC) adopt various technologies such as Voltage Output and Transmitter Output, Current Output, and Power Output to convert digital signals into analog signals. Among them, MAX535BEPA is a 10-bit current output Digital to Analog Converters (DAC). Its application fields and working principle are introduced here.

Application Field

MAX535BEPA is broadly used in multiple application fields. As a 10-bit current output DAC, it supports digital to current and voltage output conversion, thereby being used in such fields as industrial process control and factory automation.

MAX535BEPA can be designed into switching power supply, battery charger, motor drive, and other electrical equipment needs current control and voltage output conversion. It is also used in measuring instruments and other industrial process equipment requiring precise, stable and reliable current and voltage signals.

Working Principle

As a digital to analog converter, the MAX535BEPA converts a 10-bit digital code into a precise current output. Max535BEPA is a component with a steady output current and precise data conversion performance, which can be used to connect to a 10-bit ADC to set up data conversion. It is also used as a current source for precise control of current in a system.

The MAX535BEPA can be used in both single-ended and differential modes. It supports a differential input data format when outputting analog current signals. When it is in single-ended mode, the other input has no effect, and the current output is the same as the differential output current. When operating in differential mode, the MAX535BEPA can make accurate control of the positive and negative level output signals. It has a built-in amplifier circuit and current setting to provide a differential voltage output.

The MAX535BEPA contains a 10-bit current-output DAC and is powered by a supply voltage of 4.75V to 12V. The current output rate of the MAX535BEPA is up to 7.2mA and 532µA. The digital input can be configured as a two’s complement bytes, bipolar offset binary code, or unipolar binary code. The MAX535BEPA has reliable performance that is insensitive to temperature and power supply fluctuations, as well as good linearity and stability. It also works up to 40MHz in turbo mode.

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