CS5550-ISZ

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Analog to digital converters (ADCs) continue to evolve as technology advances, providing ever-faster speeds, higher resolution and better noise performance. Among the various ADC products on the market, the Teledyne LeCroy CS5550-ISZ Application and Working Principle is notable for its hybrid architecture, ultra high bandwidth and wide temperature range, making it well-suited for a variety of applications, including high performance oscilloscopes, defense electronics and research laboratories.

The Teledyne LeCroy CS5550-ISZ Application and Working Principle is a 2 channel, 14 bit, 50GS/s digitizer capable of capturing single-ended and differential signals up to 10GHz. It has a maximum sampling rate of 100Gsamples/s and a wide voltage range from -2.1V to +2.1V. The differential input resistance is 50 Ohms, and the input capacitance is 5 pF. Moreover, the CS5550-ISZ offers an ultra-low noise performance, with noise peak-to-peak and RMS values below 200mV and 100mV, respectively.

The CS5550-ISZ Application and Working Principle is well suited for a variety of applications. It offers low data latency (capable of providing 14-bit data per inverted output), superior jitter performance, and is designed to handle high frequency signals. Moreover, its wide temperature range of -40ºC to +105ºC makes it ideal for use in applications in harsh environments, such as defense electronics, which often require reliable operation in extreme temperatures.

The CS5550-ISZ Application and Working Principle’s Hybrid architecture includes a Digitizing core and a Timebase Core. The Digitizing Core comprises two channels, each of which includes a clock multiplier and an analogue-to-digital converter (ADC). The ADC is a two-step pipelined SAR ADC with dual sources. The Timebase Core includes a DLL which is used to generate the ADC clock, and a high-speed strobe buffer.

With the hybrid architecture of its Digitizing core and Timebase core, the CS5550-ISZ Application and Working Principle offers low noise performance and reliability, while providing ultra-high speed. The DLL provides a clock output to the ADC clock inputs, and the strobe buffer synchronizes the data to the differential output. This enables the digitser to provide clean data with minimal jitter and low latency. The ADC provides 14-bit resolution, enabling accurate measurement of input signals, and the wide dynamic range provides flexibility in signal processing. All these features combine to make the CS5550-ISZ ideal for data acquisition applications.

In conclusion, the Teledyne LeCroy CS5550-ISZ Application and Working Principle provides an efficient way to capture high frequency signals up to 10GHz, offering an ultra-high bandwidth, low latency and low noise performance. Its hybrid architecture, wide voltage range and wide temperature range make it well-suited for applications in defense electronics, medical imaging, research laboratories and other demanding fields.

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