MX7228KCWG+

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The MX7228KCWG+ is a dual-channel, digital to analog converter (DAC) from the A/D Converters and Data Acquisition family of products. Designed to provide a high level of accuracy and performance, it features a wide range of features, including an 18-bit resolution, full differential operation, and a high slew rate.

The MX7228KCWG+ features a patented noise-shaping system which helps to achieve high-resolution and improve the overall SNR performance, both of which are important when it comes to preserving the source audio quality. It also features a programmable gain amplifier which allows for a wide range of gains. These features enable the device to meet the needs of various applications, such as audio, video, and motor position control.

The MX7228KCWG+\'s programmable gain configuration allows for video output signals to be precisely configured in order to fit numerous video formats, such as PAL, SECAM, and NTSC. This ensures a consistent and accurate video signal in all applications.

The MX7228KCWG+ also features a wide input range, from ?int 5V to ?int 18V, as well as a wide operational temperature range of -40°C to +85°C, making it ideal for use in industrial environments. Additionally, the device is equipped with thermal shut down, making it safer to operate and protect against thermal runaway.

The MX7228KCWG+ is designed to easily interface with a microcontroller, and it provides digital-, analog-, and serial-data I/O. It also features a low digital-signal output (DSO) offset, which provides digital-to-analog conversion with minimal drift and improved accuracy. With a total throughput of up to 10 MHz, the MX7228KCWG+ provides both low distortion and high-speed performance.

The MX7228KCWG+ is a highly versatile and reliable DAC for both industrial and audio applications. With features such as an 18-bit resolution, a programmable gain amplifier, and a wide input range, it helps to meet the performance requirements of various applications. Additionally, its low DSO offset helps to provide a more accurate and reliable digital-to-analog conversion, and its high throughput capabilities allow for fast and efficient data processing.

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