TRS24N65D,S1F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TRS24N65D,S1F is an advanced diode rectifier bridge array manufactured by STMicroelectronics and released in November of 2017. Rectifier bridges are used to convert AC power from an alternating source to DC power to be used in electronic components. This particular bridge array has the ability to switch up to 90A of power and has a breakdown voltage of 600V. It is part of ST\'s SuperSOT™ family of products and is designed for automotive, power supply and electronic power applications.

The TRS24N65D,S1F features a Schmitt Trigger input which sets it apart from other rectifiers. This Schmitt Trigger input sets a predetermined 1/0 switching point and is designed to eliminate false triggering. This feature also allows the bridge array to switch faster and more efficiently than other rectifier bridges. Additionally, this bridge array is also designed to be robust against electrical transients and spikes and features an ESD protection of ± 8 KV.

The application field and working principle of the TRS24N65D,S1F are relatively simple and straightforward. When AC power is received, the Schmitt Trigger will judge and set the 1/0 switching point which will turn the AC power into direct current power. This direct current power can then be used in various electronic components or other applications. The ESD protection feature helps protect the bridge array from electrical transients, spikes, and other forms of interference.

The TRS24N65D,S1F is an example of a diode rectifier bridge array that is designed to provide reliable and efficient power conversion. This application field and working principle are relatively straightforward, but the features of this particular bridge array, such as the Schmitt Trigger and ESD protection, set it apart from other rectifiers. This bridge array is perfect for those who need to switch up to 90A of power and require robust protection from electrical transients and spikes.

The specific data is subject to PDF, and the above content is for reference