ZIOL2401BI1R

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ZIOL2401BI1R

The ZIOL2401BI1R is a high-speed, sparse-direct-digital-synthesis (DDS) driving and receiver chip. It is designed to provide a high performance and low power solution for interfacing between digital systems and RF/microwave systems.

The ZIOL2401BI1R includes a low-jitter puncturing encoder, a digital-to-analog converter (DAC), and a high-speed, low-noise, polyphase filter. The DAC is capable of 6-bit to 8-bit resolution, providing up to 256 input levels. The polyphase filter features both low-pass and band-pass filter options.

The device integrates an input data bus and I/O control circuitry, as well as a wide range of advanced control options. This allows for easy and efficient configuration and control of the device\'s operation. The ZIOL2401BI1R can be operated in either a single-ended or differential data interface. The device is also capable of accepting multi-channel data streams.

The ZIOL2401BI1R is designed for use in a variety of applications, including waveform synthesis for ultra-wideband links, radar, communications and test equipment. The device is also ideal for use in low power, high-speed digital-to-analog signal processing.

Application Field

The ZIOL2401BI1R is ideal for use in applications that require high-speed, low-power signal driving and receiving, such as waveform synthesis, code synthesis, frequency hopping, phase modulation and phase-locked loops. It can also be used for communication systems, test equipment, medical diagnostics, digital home theater systems and in-vehicle entertainment.

Working Principle

The ZIOL2401BI1R implements a dual modulator/demodulator scheme which consists of a low-jitter puncturing encoder and a fast, low-noise DAC. Data is converted from digital to analog using the DAC and then sent to a wide-ranging, high-speed, low-noise low-pass or band-pass filter. The filter produces the output signal which is then passed to an amplifier. The output is then transmitted to the receiver, which includes a low-power, low-noise analog-to-digital converter (ADC). The ADC translates the output back to a digital format.

The ZIOL2401BI1R uses data and control signals from the host microcontroller to configure and control the device’s operation. Control settings allow for customization of clock settings, output data rate, amplifier and filter settings, and more. The device also integrates an input data bus and I/O control circuitry, providing a wide range of advanced control options.

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