ZSSC3136BE2R

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

Interface - Specialized

The ZSSC3136BE2R is a high performance analog-digital-convertor (ADC) and a digital-analog-convertor (DAC) with 12 bits of resolution. It is designed for applications requiring the analog signal processing, with a sample rate of 2000 samples/sec. It consists of five main components: 4-channel DAC, 16-channel ADC, 4-channel system controller, A/D dither, and a 12-bit high-speed data acquisition system. The ZSSC3136BE2R has several features and advantages, including high accuracy resolution, fast operation, low power consumption, and wide dynamic range.

Application Field

The ZSSC3136BE2R ADC and DAC chip is mainly used in the signal processing and signal conditioning applications. It can be used by engineers and product designers in the management, signal processing, analogue-to-digital, and digital-to-analogue signal conversion. The ZSSC3136BE2R is used in applications such as speech recognition systems, physiological monitoring systems, and medical imaging systems. It is also used in the automotive industry, particularly in vehicle anti-lock braking systems (ABS) and airbag systems. It can also be used in communications and avionics for manufacture and distribution of radio waves.

Working Principle

The ZSSC3136BE2R is designed to convert digital signals which are then converted to electrical signals in analog form. The chip has 16-bit conversion resolution, that is, the digital-to-analog conversion is done by sampling 16 bits at adjustable intervals, and vice versa. The ADC uses a 16-bit delta-sigma modulator, which increases the resolution of the signal. The DAC has two main components: the voltage switching circuit, and the charge balancing circuit. The ZSSC3136BE2R chip also comes with an A/D dither circuit that is used to reduce errors during the analog-to-digital conversion.

To convert the digital signal to analog, the voltage switching circuit is used to generate the base waveform of the output. It is then sent to the charge balancing circuit. The input is used to adjust the voltage waveform, which reduces distortion and noise in the output waveform. The ADC operates by first converting each channel into a digital signal and then generating the output as a digital waveform. This waveform is then sent to the system controller, which configures the desired output from the device. The A/D dither reduces errors that could occur during the analog-to-digital conversion, which provides higher accuracy and resolution.

The ZSSC3136BE2R is a highly efficient chip for signal processing applications, with the advantages of high accuracy, fast operation, low power consumption and wide dynamic range. It is one of the most popular ADCs and DACs on the market and is used in many applications such as speech recognition systems, physiological monitoring systems, automotive ABS and airbag systems, and radio wave distribution.

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