1N5930PE3/TR12

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The 1N5930PE3/TR12 is a Resettable PTC (polymer Positive Temperature Coefficient) device which is classified as a Zener diode with a single configuration. It functions as a current limiting, resetting and protection device when incorporated into an electrical or electronic application.

The 1N5930PE3/TR12 has a wide variety of applications due to its unique construction and design. It is used to provide short circuit protection for automotive systems and industrial electronics as well as personal computers and sensitive electronic devices. This device can also be used to limit the current flow in an electrical circuit and to provide an automated reset to the circuit once the fault is cleared.

The working principle behind the 1N5930PE3/TR12 is the PTC effect. The PTC effect is caused by a small increase in the resistive reactive value of the device when subjected to an increased temperature. This increase in the resistance causes the device to limit the current path in an electrical or electronic circuit. This device is designed with a single configuration and relies on the PTC effect to provide protection.

The 1N5930PE3/TR12 is made up of two parts; a base semiconductor material and a PTC layer which encases the semiconductor material. When the current in the circuit is increased the increased temperature causes the PTC layer to increase in resistance which in turn decreases the current flow in the circuit. The current flow is then limited until the fault is cleared and the device resets itself.

The PTC effect in the 1N5930PE3/TR12 makes it suitable for a range of applications. Its ability to reset itself makes it useful for protecting sensitive electronic components from short circuits, current surges and power spikes, as well as providing automated reset for industrial and automotive systems.

The 1N5930PE3/TR12 is a unique device with a wide range of applications due to its use of the PTC effect to limit and reset current in an electrical or electronic application. Its ability to provide automated reset and protection makes it suitable for a variety of applications that require current limitation and protection.

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