ADS6144IRHB25

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Analog to Digital Converters (ADC) is an electronic circuit capable of converting analog signals into digital signals. These converters are used in multiple applications such as telecommunications, instrumentation, audio and video technology, among others. One of the most advanced and powerful converters is the ADS6144IRHB25.

The ADS6144IRHB25 is an ultra-broadband amplifier and Analog to Digital Converter (ADC) IC, supporting up to 25 GHz of full-scale input bandwidth. This converter has a 13-bit resolution with 1.9 ENOB (Effective Number of Bits). It also has an industry-leading 56dB SNR (Signal-to-Noise Ratio) at 28 Gbps and excellent SFDR (Spurious Free Dynamic Range) of 85dB in the 25 to 28 GHz frequency band.

This converter is particulary used in test and measurements application, where it is mainly used in waveform capture and analysis equipment. Its ultra-wide bandwidth of 25 GHz allows to capture and analyze high-frequency waveforms. This waveform capture and analysis technology are used in receive and transmitpath designs, providing insights into the performance of communication systems.

The ADS6144IRHB25 working principle is based on successive approximation analog-to-digital conversion. This working principle converts analog signals into digital signals by using successive approximations of the analog input signal. The successive approximations are used to sample and compare multiple points of the input signal. Each of these sample points is used to calculate a new approximation, enabling the analog-to-digital conversion.

This simple principle has been used in an optimized way in the ADS6144IRHB25, allowing it to convert analog signals into digital with a high precision and accuracy. This accuracy and precision enables the conversion of complex waveforms up to 25GHz, making the ADS6144IRHB25 one of the most powerful converters available in the market.

In conclusion, the ADS6144IRHB25 analog-to-digital converter stands out for its accuracy, precision, and 25GHz full-scale input bandwidth. This converter is widely used in high-end waveform capture and analysis equipment, providing insightsinto the performance of communication systems. This converter works by using successive approximation analog-to-digital conversion, a simple and optimized principle that allows to convert analog signals into digital with a high fidelity, providing an excellent performance across multiple applications.

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