MX7545KEWP+T

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Data Acquisition - Digital to Analog Converters (DAC)

Today, so many design engineers and computer science professionals are designing sophisticated systems that require reliable Digital to Analog Converters. The use of a DAC is often the solution to enable system designs to translate digital signals into analog signals that can easily be interpreted, tested and manipulated.

The MX7545KEWP+T Digital-To-Analog Converter (DAC) is a precision IC designed to convert an 8 bit digital code into an analog signal with accuracy and precision.

The MX7545KEWP+T can be used in applications such as portable and fixed-station devices like audio processors, digital audio players, noise cancellation headphones, and low-power LED displays. The device is also suitable for measurements and control systems in industrial, automotive and home automation environments. The device is designed to interface with a wide range of microprocessor-based systems and integrated circuits, such as SRAMs, RAMs, the MIPS M4K, and other such devices.

The MX7545KEWP+T Digital-To-Analog Converter is an 8 bit unipolar DAC with complementary current sourcing and sinking outputs. The device operates from a 5VDC supply and is capable of sourcing and sinking adjustable current of 3 to 15mA. A selection of output current ranges can be selected through a serial interface. The device features a 0 - 5 V output range and delivers a settling time of 10μA/μs and an accuracy of 0.1mV.

The MX7545KEWP+T is designed to provide the highest possible levels of accuracy and reliability, and is constructed from high-grade components and materials. The device is housed in a lead-free and RoHS-compliant package with a maximum power dissipation of 300mW. The device also contains a thermal shutdown circuitry that monitors the temperature of the device and shuts down if an over-temperature condition is detected.

The device operates in two modes: a general-purpose mode and a high-precision mode. In general-purpose mode the device provides an accurate Vout scaling factor of 2.5V/V + 0.1%, a temperature drift of 0.2% FSD per °C and a settling time of 5 μs. In high precision mode the device provides an accurate Vout scaling factor of 2.5V/V + 0.001%, a temperature drift of 0.1% FSD per °C and a settling time of 15 μs.

The device is easy to program through the serial port and features a power sleep mode to reduce current consumption. The device is also available in a tiny 8-pin SSOP package for space-efficient designs.

The MX7545KEWP+T Digital-To-Analog Converter is a reliable and highly accurate IC that offers an efficient solution for translating digital signals into analog signals. The device is suitable for high-precision measurements and control systems in a variety of applications and is available with various current ranges and package types.

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