TGL41-10A-E3/96 Circuit Protection

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A TVS (Transient Voltage Suppressor) diode is a special type of diode specifically designed to protect vulnerable electrical devices from a wide variety of transients, including lightning, surges, spikes and other forms of electrical interference. The TGL41-10A-E3/96 is a TVS diode specifically designed for overvoltage protection applications. It has a very low clamping voltage, which allows it to clamp even large transients relatively quickly. Additionally, it has a very fast turn-on time, which makes it highly effective at protecting applications from fast-rising transients.

The TGL41-10A-E3/96 is a three-terminal diode with a fast switching speed of 800V/ns. It is suitable for operating temperatures between -55°C and 125°C with a nonlinear capacitance of 70pF for a 10V spike line. The surge capability of the diode is 600W for a 10/1000μs waveform. This makes it suitable for a variety of overvoltage protection applications, such as automotive, consumer electronics, computing, and communication systems.

The working principle of the TGL41-10A-E3 diode is based on avalanche breakdown and the suppression of overvoltage transients. Avalanche breakdown occurs when a heavily doped junction is exposed to a voltage greater than the reverse breakdown voltage of the diode. This triggers a rapid increase in current and a subsequent fall in voltage. The diode is designed to conduct the transient current, preventing it from reaching delicate components in the circuit. The diode will also typically have a low reverse leakage current, meaning it will not conduct any current in the reverse direction.

The TGL41-10A-E3/96 is a highly effective device for overvoltage protection applications, especially in automotive, consumer electronics, computing, and communication systems. Thanks to its low clamping voltage and fast switching speed, the diode can absorb and dissipate large transients quickly and reliably. The device also has a very low reverse leakage current, which protects the circuit from current flowing in the reverse direction. With its impressive surge capability and a wide operating temperature range, the diode can be used in a range of different applications with a high degree of reliability.

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