TZ630N24KOFHPSA1

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

Thyristors - SCRs - Modules provide power semiconductor solutions for various applications in power electronics. The TZ630N24KOFHPSA1 is an SCR Module, which stands for Silicon Controlled Rectifier Module. It is a three-phase rectifying switching device designed for automatic control of power systems for AC, DC, and also for single-phase power conversion and rectification. Its main application field is in power electronics where it is used for power conversion and rectification, such as in AC/DC power supplies and motor drives.

The TZ630N24KOFHPSA1 SCR Module is made up of six SCRs, each with a reverse-blocking diode and a freewheeling diode. The SCRs are integrated in a single package with a common heatsink, which makes it easier to mount and is also much more space efficient. It has a snubber circuit which is designed to limit the over-voltage across the SCRs and provide short-circuit protection. The module has a maximum AC or DC current input of 33A, a maximum DC voltage of 630V and a high surge current rating of up to 112A.

The working principle of TZ630N24KOFHPSA1 is based on the basic principle of SCRs. The SCR itself is an electronically controlled switch, which is triggered by a small gate current and remains on until the applied current drops below the holding current. The six SCRs in the module are connected in series in a three phase rectifier circuit. When the gate current is applied, the SCRs breakdown and conduct current as it is forward biased, allowing current to flow through the load. When the gate current is removed, the SCRs turn off and the circuit is broken.

The TZ630N24KOFHPSA1 SCR Module is used in many power electronics applications, such as motor drives, AC/DC power supplies, UPS systems, and LED lighting. It can be used to control the power flow in an AC circuit, or it can be used as a motor drive system, to switch the power source from an AC power source to a DC power source. It is an efficient and cost effective solution for controlling the power flow in many application.

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