LCE13A-E3/73

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TVS - diodes are becoming increasingly popular in a wide range of applications due to their ability to protect electronic systems and equipment from over-voltage transients. The LCE13A-E3/73 is a marginal voltage TVS diode designed for use on AC power line circuits to protect sensitive components from over-voltage transients. This device has a VBR of 13V ± 10%, a clamping voltage of 9.7V, and an ultra-low capacitance of 0.2pF.

The LCE13A-E3/73 is a multi-way transient voltage suppressor (TVS) diode, which is capable of suppressing electromagnetic interference (EMI) and electrostatic discharge (ESD) impulses that may occur in a wide range of industrial and automotive applications. The device features a sharp voltage clamping response and is designed to avalanche current rate as high as 4A. The device comes in a low-profile, surface-mountable SMA package, which makes it suitable for automated placement in high-speed production lines.

The working principle behind the LCE13A-E3/73 is that it momentarily clamps the transient voltage within the device, thus protecting sensitive loads and equipment from over-voltage damage. When a transient voltage exceeds the withstand voltage of the device, an avalanche effect occurs, and the device absorbs and dissipates the harmful energy. This avalancheclamp is capable of withstanding extremely fast transients with rise times as low as 0.2 nanoseconds, allowing it to effectively protect electronic systems from a wide range of over-voltage threats.

The LCE13A-E3/73 is designed for use in all kinds of AC power line applications, including data communication systems, industrial robotics, automotive electronics, pollution control systems, and commercial appliances. The device is also suitable for protecting against transients caused by lightning, switching transients, or inductive loading. The built-in ESD protection of the device ensures that it is able to withstand electrostatic discharges without causing damage to the connected equipment.

The TVS diode provides reliable protection of connected equipment against transient over-voltage, with a fast response time and low capacitance. This makes it the perfect choice for protecting a wide range ofAC power line applications.

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