MX7824KCWG+

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The MX7824KCWG+ is a data acquisition, analog to digital converter (ADC) with a 14-bit resolution, up to 2 MHz throughput, and a full-scale adjustable range of 2.048 to 10 Volts. It has two differential voltage inputs, each with a programmable gains of 1, 2, 4 and 8. The device is designed for precision conversions of small signal sources, such as low voltage sensors, current sources, and small signal levels. The MX7824KCWG+ offers sample-and-hold capabilities, both on-chip and from an external source.

The MX7824KCWG+ offers high accuracy and low power. The 14-bit resolution provides an accuracy of up to ±0.005%. The device operates on a single plus 5V supply and draws less than 25 mW @ 20 MS/s. In addition, the MX7824KCWG+ is designed to be compatible with popular microcontroller families, including PIC, and AVR.

The MX7824KCWG+ consists of a differential amplifier that is used to condition the input signal. The signal is then sampled by a sample and hold and is then converted to a digital signal using a single-slope A/D converter. The A/D conversion rate is programmable up to 2MHz. The output data format is 16-bit binary, with bits 13 to 16 corresponding to the gain selection. Both synchronous and asynchronous operation is provided, allowing the MX7824KCWG+ to be easily interfaced to microcontrollers with parallel I/O or serial I/O.

The MX7824KCWG+ is designed for use in industrial, embedded and applications such as motor control systems, embedded instrumentation and medical systems. It is also used in automotive, aviation and communication systems. In addition, it is suitable for applications that require precision analog-to-digital conversion in a very small form factor.

The MX7824KCWG+ is available in a 16-pin SOIC package and is RoHS compliant. It also has an extended temperature range, which allows the device to operate over a temperature range of -40°C to +85°C. It is also available with an optional factory calibrated offset and gain error.

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