ADS58H40IZCR

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The ADS58H40IZCR is a monolithic analog to digital converter (ADC) designed for high speed, industrial, and medical applications. This converter provides up to 12-bits of resolution and is capable of sampling rates up to 5.2 Gsps. It is capable of operating from a single 3.3 V or 5 V supply, making it suitable for applications requiring low power and low voltage operation.

The ADS58H40IZCR is an ideal solution for capturing multiple signals simultaneously due to its high sampling rate, low noise, high dynamic range, and low latency design. It can be used in a wide variety of applications, such as ultrasound imaging, radar systems, data acquisition, instrumentation, and control systems. The converter is available in a variety of packages, including 16-pin flat packages, 32-pin LBB packages, and 144-pin MLF packages.

The ADS58H40IZCR uses a pipelined architecture to convert the analog input into a digital output. The converter is comprised of four stages: an analog input stage, an encoder stage, a pipelined ADC stage, and a latch output stage.

The analog input stage samples the analog signal and amplifies it. The output of the analog input stage is then passed to the encoder stage where the signal is encoded. The encoded data is then passed through a pipelined ADC stage where it is converted from the analog domain to the digital domain. The ADC stage then converts the data into a sequence of data words. Finally, the data words are latched in the latch output stage and sent to an external microcontroller or a FPGA for further processing.

The ADS58H40IZCR provides excellent performance in terms of signal-to-noise ratio, dynamic range, and signal bandwidth. It is rated for operation at temperatures of –40 °C to +85 °C and has power consumption requirements of only 450 mW at 5 Gsps. It is designed to meet the requirements of industrial, medical, and communication applications.

The ADS58H40IZCR is an excellent choice for high speed, low power, and wide dynamic range signal processing applications. Its low latency, low power consumption, and high sampling rates make it an ideal solution for capturing multiple signals simultaneously. Additionally, its wide range of packages allows it to be used in a variety of applications.

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