B048F160T24-EB

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The B048F160T24-EB is an evaluation board by CUI that is designed for DC/DC & AC/DC (Off-Line) SMPS applications. The board is equipped with a wide input voltage of 160W and is built with an isolation voltage of 1.5 kVdc. This makes it a viable option for a multitude of applications in the professional space, such as motor control, server, communications, industrial automation, medical equipment, or even displays.

The board features the UCC28910 unified PWM/CV buck controller from Texas Instruments, standard through-hole drain tab compatible with multiple types of power components, and other features that make it great for prototyping evaluation. The board interface contains headers for control parameters, such as current limit, voltage limit, and power limit, along with measuring points for monitoring output voltage and for voltage loss sensing. This makes it a great option for a variety of applications, as it offers a high level of control over the output power and makes it easy to make sure the power is delivering correctly and safely.

The B048F160T24-EB has a wide range of input voltage of 36 to 75Vdc, making it an ideal fit for many commercial markets. The board works by first rectifying and filtering the ac input voltage from a wall plug to provide a DC output voltage. It then drives a synchronous rectifier, which uses transistors to regulate the output power. The synchronous rectifier runs at a constant frequency and provides a regulated output voltage.

To ensure safety, the board features protection circuitry to detect and respond to over-temperature, over-voltage, and over-current conditions. It also includes a built-in EMI filter to meet most EMI standards, ensuring that it complies with safety regulations.

The B048F160T24-EB is a great board for many types of applications, making it a great fit for both commercial and professional applications. With its wide input voltage range, EMI protection, and integrated protection circuitry, its suitable for a variety of applications with great performance and safety.

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