UTP28X18YL-Q

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UTP28X18YL-Q is a universal type transient protection device developed by Transmission Technology Corporation (TTC). It serves as an effective protection for internal and external interference, and can be used on electronic equipment, communication networks and signal transmission lines. It is a multilayer type of transient protection device that combines a high frequency spark gap and ultra low capacitance with surge current protection.

The UTP28X18YL-Q\'s internal components consist of a spark gap, ultra low capacitance diode (ULCD), and bidirectional thyristors. The spark gap absorbs high frequency impulses of either direction, converting them into thermal energy and safely away from the monitored circuit. The ULCD provides low capacitance which prevents damaging spikes while allowing good signal integrity. Finally, the thyristors provide bidirectional surge protection against transients of either direction.

The UTP28X18YL-Q is designed for applications in telephone systems, data networks, outdoor telecommunications circuits, and power supplies. It is also used to protect connected devices from damage caused by static discharges, lightning strikes, and other types of transient events. Furthermore, it is an ideal protection solution for external interference sources such as radio frequency towers and other wireless networks.

The UTP28X18YL-Q is a user-friendly and reliable device that can be easily installed in any environment. It provides excellent transient protection and is able to handle large surge currents. The device is also cost-effective and has been designed to reduce its total cost of ownership through its long-term performance and reliability.

In conclusion, the UTP28X18YL-Q is an ideal solution for a wide range of applications in the fields of communication systems, data networks, and power supplies. Its user-friendly design and cost-effective characteristics make it an ideal choice for users who require an effective and reliable transient protection device for their circuits and systems.

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