EVAL-ADCMP566BCPZ

The EVAL-ADCMP566BCPZ is an integrated circuit (IC) test and evaluation board. Manufactured by Analog Devices, the board is commonly used by designers and engineers to evaluate and demonstrate the capabilities of Analog Devices’ ADCMP566B, a CMOS-compatible, Low Power Quad Comparator with internal hysteresis.

The EVAL-ADCMP566BCPZ comprises of two analog comparators, four digital hysteresis comparators, an adjustable reference voltage, and sixteen control and status signals. The EVAL-ADCMP566BCPZ features two independent analog comparators, with switchable input ranges and independent reference inputs. The four hysteresis comparators offer an extended range of input signals, while the adjustable reference voltage provides a fixed reference level.

The EVAL-ADCMP566BCPZ is functioning principle is relatively simple. The voltage inputs are converted from analog form into digital form. Then, the voltage value is compared with a reference value. If the voltage value is lower than the reference value, the amplified output signal is generated. The output from the comparators is passed through the control and status signals, which control the operation of the hardware.

The EVAL-ADCMP566BCPZ is mainly used in the automotive industry, as the board’s adjustable reference voltage and precision accuracy is ideal for the automotive environment. With a supply voltage of 3.3V and a supply current of only 12μA, the EVAL-ADCMP566 BC PZ is extremely power efficient, making it suitable for battery-powered electronics. Additionally, the board’s wide operating temperature range of -55°C to +150°C makes it ideal for operating in harsh industrial environments.

Given its range of features and its power efficiency, the EVAL-ADCMP566BCPZ is a highly versatile and useful solution when used in the automotive industry. As a low-cost and flexible evaluation and demonstration board, the EVAL-ADCMP566BCPZ provides designers and engineers with the capability to evaluate and demonstrate the functionality of the ADCMP566BCPZ in an integrated manner.