TCLAMP3302N.TCT

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TVS – diodes are used to protect against high voltage transients in power supplies and other electronic systems. The TVS - diode family is LED based and consists of a single-turn diode connected in series to a metal-oxide varistor. The TCLAMP3302N.TCT TVS diode is a high-end TVS diode which offers superior protection against transient overvoltages. Its low on-state voltage ensures minimal disruption to normal circuits while providing excellent protection against over-voltages.

TCLAMP3302N.TCT has a low capacitance, is highly reliable and is RoHS compliant. It also has a very high power dissipation capability. With its extremely small size and high power rating, the TCLAMP3302N.TCT is well suited to applications where space is at a premium.

The TCLAMP3302N.TCT is designed to protect against a wide range of voltage transients. Its maximum working voltage can reach 3.3V, and its peak pulse current rating can reach 100A. The device has effective back-to-back protection with a fast response time for improved data line reliability. It also has a low clamping voltage to ensure consistent system operation in the event of an over-voltage.

TCLAMP3302N.TCT is ideal for use in automotive, telecommunications, industrial systems, computers, printers and other applications. Its small size and high power rating makes it suitable for use in both high power and high voltage applications. It can be used in applications that require protection from high voltage transients, while still allowing for normal operation of the circuit.

The working principle of TCLAMP3302N.TCT TVS diode lies in its two zones. The breakdown voltage range of this device is 2V to 3.3V. The inner P - N junction is connected in series with a metal oxide varistor (MOV) which provides additional protection against over-voltages. In the event of an over-voltage, the inner P - N junction reaches its breakdown voltage triggering the MOV to conduct the over-voltage current away from the sensitive circuit.

The outer N - P junction provides a short circuit path during the over-voltage. The current conducted by the MOV is dissipated in the outer N - P junction’s junction, thereby protecting the sensitive circuit from damage. The MOV also provides protection against under-voltages to help protect the circuit from potential damage due to potentials too low for proper circuit operation.

The TCLAMP3302N.TCT is designed to provide additional protection against high voltage transients. It has an extremely low on-state voltage to ensure minimal disruption to normal circuits, as well as an extremely high power dissipation capability for greater protection. Its two zones provide effective protection against a wide range of voltage transients, making it suitable for use in a variety of applications.

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