5KP36CA-HR

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The 5KP36CA-HR TVS diode is a unidirectional, dual-stage transient voltage suppressor device. The device is designed to protect data and telecommunication circuits from voltage transients induced by lightning, electrostatic discharge (ESD), inductive switching, and other sources. It is a dual stage design that includes avalanche breakdown and a follow-up protective device. The device features an axial lead-style construction and a high temperature operating range.

The 5KP36CA-HR TVS diode is designed with structures that ensure a low capacitive coupling, minimal parasitic inductance, and an extended surge capability. It can protect the data and telecommunication circuits without introducing glitches due to inductive switching. Its dual stage design provides an avalanche breakdown and a secondary protective device, offering superior protection from transient voltages.

The 5KP36CA-HR TVS diode is highly-reliable, and offers excellent transient performance with a wide operating voltage range, from ¬5V to 200V. It also offers excellent peak pulse current handling capability and virtually no power dissipation. The TVS diode has a built-in ESD protection to protect sensitive components from damage, and it allows for an increased working temperature range, up to 150°C. The device also features an axial lead construction which provides an easy to install connection.

The 5KP36CA-HR TVS diode is an ideal choice for protecting data and telecommunication circuits from any transient voltage surge. The device can withstand a wide range of transient voltages, from ESD to lightning, and offer superior transient performance without introducing any glitches in the circuit. It provides a stable and reliable connection, and its axial lead construction makes it easy to install.

In summary, the 5KP36CA-HR TVS diode is a unidirectional, dual-stage transient voltage suppressor device that is designed to protect data and telecommunication circuits from voltage transients induced by lightning, ESD, inductive switching, and other sources. It features an axial lead-style construction, a wide operating voltage range, a high temperature operating range, superior transient performance, and ESD protection. The device is highly reliable and offers excellent peak pulse current handling capability and virtually no power dissipation.

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