AD9634BCPZRL7-210

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AD9634BCPZRL7-210 is a 12-bit high-speed Analog-to-Digital Converter (ADC). It is designed to provide low power, low noise, and low latency performance. It is suitable for applications such as measurement of data from analog sensors, sampling and processing of video signals, streaming, and high performance imaging.

The AD9634BCPZRL7-210’s working principle is based on the use of an integrated circuit for converting an analog signal into a digital signal. The conversion process is accomplished by measuring the input signal at discrete time intervals in order to quantize it into a digital representation. The data can then be stored in memory and processed further.

The AD9634BCPZRL7-210 has a wide input range from 0.8V to 4.85V, a dynamic range of 10.6V and a sampling rate of up to 210MSPS. It can be clocked with an external clock source of 3.3V and 5.5V. The device also features wide common mode rejection (CMRR) to reject spurious signals.

The AD9634BCPZRL7-210 is well-suited for applications such as medical and military imaging systems, automotive control systems, communications systems, and high-end consumer and instrumentation products. It can be used in audio and video systems to sample and process signals, or in IoT applications to monitor analog signals and process data efficiently.

The AD9634BCPZRL7-210 is a low power consuming ADC. It consists of two low-power voltage comparators, a charge-redistribution DAC, and a multiplexer. It has an ENOB of 11.5 bits, a SNR of 75 dB, and a THD of -100 dB. It also has a differential input range of 0.2V and a power supply range of 1.14V - 2.4V. Additionally, it features on-chip frequency doubling technology and adjustable offset tacks.

In conclusion, the AD9634BCPZRL7-210 is a low power, low noise, and low latency ADC that is designed for measuring data from analog sensors, streaming, and high performance imaging applications. It has a wide input range, a dynamic range of 10.6V, and a sampling rate of up to 210MSPS. It is also well-suited for audio and video processing, medical and military imaging systems, automotive control systems, and IoT applications.

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