EKIT01-HMC983/984

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Introduction: The EKIT01-HMC983/984 is a high performance RF Evaluation and Development Kit and Board used to evaluate and develop a wide range of microwave and RF applications. It includes a wide range of features including low noise and linearity performance, comprehensive software tools, and high-speed analog and digital I/O.

Application Fields for the EKIT01-HMC983/984: The EKIT01-HMC983/984 is widely applicable for the development of various applications in various fields of research. It is ideally suited for radio frequency (RF) applications, such as mobile communication systems, cellular networks, radar systems, satellite systems, automotive systems, consumer electronics, medical and industrial instrumentation, aerospace systems, avionics systems, and laboratory research.

Working Principle: The EKIT01-HMC983/984 board operates using a high-performance front-end platform equipped with an integrated RF front-end featuring low noise and high linearity. This platform provides an all-in-one solution for developing and testing innovative radio frequency applications. It consists of a high-speed local oscillator (LOF), a dual-stacked quadrature mixer (MUX), an analog-to-digital converter (ADC), a digital-to-analog converter (DAC), a high-speed digital signal processor (DSP), and support circuits, allowing for up to 24-bits of resolution at 500 MHz sample rate.

The LOF component of the EKIT01-HMC983/984 consists of a combination of voltage controlled oscillator (VCO) coupled with a frequency synthesizer, providing a stable and accurate tuning range of 500 MHz to 4 GHz. The LOF can be programmed to provide a tuned frequency to the intended target application by connect the EKIT01-HMC983/984 board to a computer through the USB interface.

The MUX module in the EKIT01-HMC983/984 has a low-noise, high bandwidth, and low distortion. This ensures optimal RF performance over the full 3GHz bandwidth of operation. It takes input from the local oscillator and an external signal, and provides quadrature output multiplied with the LOF signal. The MUX is connected to an ADC, allowing multiple mixers to be multiplexed into a single ADC.

The digital signal processor (DSP) is a high-performance 32-bit DSP core, allowing for up to 16-bit resolution at 500MHz sample rate. The DSP offers various features, including DMA, standardized drivers, general purpose I/O functions, Multi-tasking, interrupts, and math libraries. This enables users to carry out complex signal processing tasks in real-time, such as filtering, modulation, demodulation, and frequency synthesis.

The analog to digital converter (ADC) module in the EKIT01-HMC983/984 utilizes 24-bit resolution and is capable of speeds up to 500MHz. It is also designed to maximize signal-to-noise ratio (SNR) and minimum distortion, while ensuring an effective packet error rate (PER) of 0.001%. It is particularly suitable for radio communication applications necessitating high-precision sampling.

The digital to analog converter (DAC) module of the EKIT01-HMC983/984 utilizes 16-bit resolution and has sample rates up to 500MHz. It supports differential and single- or dual-ended output configurations, allowing for accurate output of digital signals. The flexible output allows for easy conversion to analog values.

Conclusion: The EKIT01-HMC983/984 is an advanced RF evaluation and development kit designed for high-performance and highly integrated RF applications. It provides users with a comprehensive software package and high-speed analog and digital I/O for developing and testing new applications. The board features low noise, linearity, and precise sampling, as well as an efficient signal processor, allowing users to benefit from increased performance and productivity, making it ideal for a wide range of applications in radio frequency and microwave engineering.

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