AS1310-TD-18_EK_ST

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The AS1310-TD-18_EK_ST is an evaluation board from STMicroelectronics, designed for use in DC/DC & AC/DC (Off-Line) SMPS applications. This evaluation board is based on the AS1310-TD-18, a high-efficiency, off-line, low-power SMPS controller IC, suitable for use in a wide variety of applications, from consumer electronics to industrial control systems.

The AS1310-TD-18_EK_ST evaluation board features a wide input voltage range, from 85-265VAC, and has synchronous rectification, with low losses due to the use of MOSFETs. Its wide range of configuration options includes selectable fixed-frequency single-stage topologies, emergency stop inputs, and protection from over-current and over-voltage. The board includes a zero-voltage switching output, which helps to reduce noise and improve system performance.

The AS1310-TD-18_EK_ST also incorporates built-in protection features, such as over-temperature shutdown, and a single stage standby mode, to reduce losses in off-state conditions. It also features an internal voltage supervisor, for resetting the device in the event of over-voltage, as well as an internal schottky diode, to prevent the output from over-shooting during voltage transients or EMI events.

The AS1310-TD-18_EK_ST evaluation board allows for easy configuration, with selectable output voltages, output current limits, and compensation options. A full range of voltage settings, from 1.5V to 4.5V, are accessible via hardware jumper selection, and the board can be used with both step-down and step-up converters. The board also features a dedicated enable/shutdown pin, allowing for additional flexibility in system control.

The AS1310-TD-18_EK_ST evaluation board is an ideal platform for the development and testing of SMPS designs incorporating the AS1310-TD-18 IC, and for demonstrating the capabilities of the IC in a wide range of applications. The board’s simple hardware configuration, comprehensive protection features, and wide input range make it an attractive solution for both low-power and multi-output systems.

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