HI5746KCBZ

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Data acquisition is an increasingly important part of everyday life, especially when it comes to measuring, monitoring, and collecting data from physical and digital systems. One common method used in data acquisition is analog to digital converters (ADCs), which can convert analog electronic signals into digital computer signals for further signal processing or analysis. The HI5746KCBZ is a high-performance 10-bit 10 MSPS ADC from Hittite Microwave, designed for specific applications in the telecommunications, industrial, and medical fields. This article will explore the application field and working principle of the HI5746KCBZ.

The HI5746KCBZ is a dual 10-bit 10 MSPS ADC, meaning that it has two ADC cores, each capable of sampling at 10 MSPS. This ADC can also operate in parallel, allowing both cores to be sampling at the same time, at 10 MSPS per core. The HI5746KCBZ is designed to operate over a wide temperature range, between -40°C to +85°C and with a low power consumption of 200mW.

The HI5746KCBZ is well suited to applications in the telecommunications, industrial, and medical fields. For telecommunications, it can be used to provide signal conversion and signal-to-noise ratio improvement in GSM systems. In the industrial field, it can be used in applications requiring accurate, low latency signal conversion, such as signal conversion for motor control. Finally, in the medical field, it can be used in ultrasound imaging and other medical applications requiring high-fidelity signal conversion.

The HI5746KCBZ operates on a low voltage supply of 2.7V to 3.6V and it has an embedded reference voltage of 1V. It also has a low power mode, which can allow the device to sample down to 0.3 MSPS from its full 10 MSPS performance. This allows for a reduction in power consumption when the device is not in use, thus saving battery life.

The HI5746KCBZ offers significant performance when compared to other ADCs in its class. It offers excellent linearity and noise performance, allowing it to achieve high-resolution data conversion with low power consumption. Additionally, it has a slew rate of 20V/µs and a low latency of 8 clock cycles, enabling equidistant sampling at 10 MSPS. It also offers increased pin-count with total of 64 pins, allowing for easy wiring.

The HI5746KCBZ is a high-performance ADC designed for specific applications in the telecommunications, industrial, and medical fields. It is designed to operate over a wide temperature range with low power consumption and offers excellent linearity and noise performance, enabling it to achieve high-resolution data conversion. Additionally, it has a low latency of 8 clock cycles, allowing for equidistant sampling at 10 MSPS. Furthermore, it has a high pin-count of 64 pins, allowing for easy wiring.

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