129856-HMC704LP4E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation and demonstration boards and kits are essential tools for design engineers who seek to develop, evaluate, and demonstrate functional prototypes for their products. As an example, the 129856-HMC704LP4E is an evaluation and demonstration board designed to explore the working principle and application field of the High Speed and Low-Power mixed signal A/D converter brought to market by Analogue Devices. This evaluation board is advantageous for engineers looking to understand the fundamentals of high speed signal chains and the specifics of the device it is intended to evaluate.

The 129856-HMC704LP4E board offers an ideal solution for researching basic A/D conversion with the support of a high-speed Analog-to-Digital signal conditioner. The board is accompanied by a Data Capture Software Suite which facilitates the display of analog waveforms as well as A/D converter-generated data. It also includes free-to-download SPI programming software and a Serial Protocol Interface (SPI) programming manual to give user a comprehensive approach to developing a complete A/D converter system.

The board’s A/D converter can be used in various applications, thanks to its wide analog input voltage range (-3V to +3V). It enables low-power, low-cost signal chains that can easily support several analog channels with high-speed signal conversion. This board is typically used in industrial, automotive, healthcare, and high-speed telecom applications. It is well-suited for evaluating low-power mixed-signal signal chains that involve the acquisition of analog input signals, processes such as filtering, digital modulation, and signal-data conversion.

The working principle of the 129856-HMC704LP4E board is based on the IC design it is intended to evaluate. The board consists of an A/D converter IC, a data capture software suite, an SPI programming software, a serial protocol interface, and several other components necessary to build a complete system application. It has an analog front end and a companion digital component. The analog front end consists of an amplifier, multiplexer, and low-pass filter. These components are used to convert a range of analog input signals into digital signals. The multiplexer allows the user to select one of the multiplexed channels to be converted, while the filter removes any unwanted high frequency noise prior to the conversion.

The digital component of the A/D converter is used to process the digitized data. It comprises of a Digital Signal Processor (DSP) with Digital Signal Processing (DSP) and a signal indicator. The DSP performs the basic operations such as calculating various parameters like average, minimum, and maximum of the acquired samples, as well as performing the analog to digital conversion. The signal indicator displays the signal parameters graphically.

The paired companion chip of the A/D converter is also an essential part of the evaluation board. It processes the digitized data received from the A/D converter and stores the results in its memory. The companion chip can also initiate an interrupt if a particular analog value is exceeded or a particular digital value is exceeded. The 129856-HMC704LP4E evaluation board also contains an FPGA with a Verilog decoder which is used to decode the digital signals from the A/D converter.

In conclusion, the 129856-HMC704LP4E evaluation and demonstration board is an essential tool for designing and evaluating high-speed and low-power mixed signal A/D converter systems. Its A/D converter supports wide analog input voltage range. Accompanied by a data capture software suite and a serial protocol interface, the evaluation board enables engineers to research, evaluate, and demonstrate various applications through its design. It has been widely used in industrial, automotive, healthcare, and telecom applications.

The specific data is subject to PDF, and the above content is for reference