DC798B

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The DC798B evaluation board is an analog-to-digital converter (ADC) board specifically designed for use with LTC2483 10-bit, 12-channel converters. It consists of a main board and two daughter boards, one for the ADC and the other for the reference. The DC798B is suitable for applications requiring multiple channels, accuracy and low power.

The DC798B evaluation board takes the form of a digital board combined with an analog front end. The board contains a connector for the user to connect to a host processor, software control of the board and re-programmable flash memory. The board also has a connector for connecting an external system for data transfer.

To use the DC798B board, the user connects the interface connector to a host processor and loads the proper software for operating the board. The board then samples the analog signals and stores the digital data in the on-board flash memory. The user can then control the board, which controls the ADC, by using the host processor. The board also has a programming language for programming the ADC.

The DC798B evaluation board is designed to be used in various medical, industrial, communication and automotive applications. In medical applications it can be used to measure patient temperature, body fluids and heart rate. In industrial applications it can be used to measure and record temperatures, pressure and flow rate. In communication applications, the board can be used to measure signal strength and interference levels. For automotive applications, the board can be used to measure and record acceleration, location and battery voltage.

The DC798B evaluation board uses an LTC2483 10-bit, 12-channel converter. This converter has an integrated high-speed amplifier, reference and by-pass capacitors. The board also has isolation amplifiers connected to the ADC for improved isolation and accuracy. The ADC data is then converted to a digital signal using an on-board fast Fourier transform (FFT) processor.

The DC798B evaluation board has a built-in microcontroller, which can be used to control various functions of the board. These include setting the sampling rate, programming the ADC, controlling the ADC power management, and controlling the data acquisition processes. The board also has integrated reference and by-pass capacitors to reduce noise and improve accuracy. The board also has a built-in LCD display for displaying the measured values.

The DC798B evaluation board is a useful tool for use in applications requiring accuracy and multiple channels. The integrated reference and by-pass capacitors provide improved accuracy, and the microcontroller enables the user to control various functions of the board. The board is also suitable for medical, industrial, communication and automotive applications.

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