P1100SDRP

TVS - Thyristors

P1100SDRP is an efficient, cost-effective and reliable solution for preventing transient overvoltages caused by lightning or other voltage surges. The device has several application fields, among which is Surge Protective Device (SPD) for Type I AC-power line protection, Type II data line protection, and Type III AC-power and data line protection.

Application

P1100SDRP can be used for the protection of electric and communication networks of different types, industries and environments, such as residential, commercial, or industrial applications. It can also be used to protect network devices such as computers, routers, and other data streaming equipment. Due to its simple design, it can be integrated into a system with minimal energy loss.

Working principle

The working principle of the P1100SDRP is quite simple. It features a thyristor construction, which provides high-speed protection against overvoltages. In its standard configuration, the thyristor switching time is less than 50 ns, allowing it to provide high speed overvoltage protection. It also features a thermal cutoff, which limits the current through the device and provides thermal protection. When the overvoltage threshold is reached, the device will activate a control signal and open the thyristor switch, providing short-circuit and disconnecting the protected line.

Advantages

The P1100SDRP offers multiple advantages to the users, including:

• High-speed protection against overvoltages
• Simple design ensures minimal energy loss
• Thermal cut-off limits the current and provides thermal protection
• Can be used for a wide range of applications
• Cost-effective and reliable solution

Conclusion

The P1100SDRP is an efficient, reliable and cost-effective option for protecting electric and communication networks from transient overvoltages caused by lightning or other voltage surges. It features a thyristor construction, which provides high-speed protection against overvoltages. It also includes a thermal cut-off, which limits the current through the device and provides thermal protection. The device is suitable for a wide range of applications and can be integrated into existing systems with minimal energy loss.