TGL41-30A-E3/96 Circuit Protection

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The TGL41-30A-E3/96 is an unidirectional device categorized as Transient Voltage Suppression (TVS) Diode. This device is used to protect any electrical circuit from over-voltage transients. It is designed using avalanche technology which enables the device to provide superior clamping performances while maintaining low standing current. This diode can dissipate up to 30A with pulse peak of 1500W, 5volts break down voltage and thermal resistance of 1 K/W.

Generally, when the voltage running through the circuit increases beyond a certain limit, the TVS diode will clamp it down and prevents further damage to the circuit. This type of diode provides both bidirectional and uni-directional protection from these over-voltage transients. The bidirectional TVS diode provides protection to the hardware from both positive and negative polarity, while the unidirectional device offers protection in only one-direction.

In the TGL41-30A-E3/96, the diode has the capability of conducting high level of current in order to clamp down the voltage surge as well as dissipating power in order to suppress the surge quickly. This TVS device comes with a fast response time of < 10 ns and high current stable characteristics. The TGL41-30A-E3/96 is encased in a DO-214AA SMD plastic package which comes with a minimum clip and creepage distance of 8mm, which provides superior air gap clearance for added protection against electric shocks.

The TVS diode can be used for many application fields including industrial, automotive, military, telecommunications, consumer and instrumentation. The TGL41-30A-E3/96 can be used in combating electro-static discharge problems caused by handling equipment, which could damage the notebook computer or specific in-circuit components. In industrial application, this diode can also be used in protecting I/O interfaces from the electrical surges produced by lightning or static electricity.

The working principle of the TGL41-30A-E3/96 is very simple. The diode acts as an electrical short-circuit when the voltage running through the circuit rises above a particular threshold voltage. When the voltage reaches the diode’s breakdown voltage, the strong electric field created by the device will allow energy to dissipate through the diode and prevent any further voltage rise. This will ensure that the circuit is protected from any further electrical damages.

In conclusion, the TGL41-30A-E3/96 is a unidirectional TVS diode that can protect circuits from over-voltage transients. This device can provide superior clamping performances with low standing current, high conducting currents and good thermal resistance. Furthermore, this diode can be used in many application fields including industrial, automotive and consumer sectors. Its working principle is based on the avalanche effect which will protect the circuit when the voltage rises above a particular threshold voltage.

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