TMPG06-15HE3/73

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TVS (transient voltage suppressor) diodes are used to protect sensitive electrical components from damage due to electrical overstress. The TMPG06-15HE3/73 is a commonly used TVS diode designed to offer higher ESD (electrostatic discharge) protection than the standard silicon diodes. It is especially useful in applications where frequent ESD events occur, such as data processing units and communication equipment.

TMPG06-15HE3/73 TVS diodes are designed to absorb surges and spikes in the incoming electricity and reduce them to an acceptable level. In many cases, this prevents damage to sensitive components, which could have otherwise resulted in costly repairs or replacements.

The working principle behind the TMPG06-15HE3/73 TVS diode can be summarized as follows: when the incoming voltage reaches a certain ‘breakdown voltage’, the diode begins to conduct. This sudden increased current then causes an inverse voltage across the diode, which limits the total voltage at the component terminals. By this means, the diode is able to protect the components from damage.

The application field of TMPG06-15HE3/73 TVS diodes is far-reaching. These diodes are used on a wide range of consumer electronic products such as portable media players, personal computers, cell phones, and gaming consoles. In addition, they are used in the cable TV and cellular transmission networks.

In addition to providing protection from electrical overstress, TMPG06-15HE3/73 TVS diodes are suitable for use in noise suppression and line termination applications. The diodes also offer protection in applications that require high-performance protection, such as telecommunication and medical equipment.

TMPG06-15HE3/73 TVS diodes are cost-effective and reliable solutions for protecting sensitive components from electrical overstress. They feature a low maximum clamping voltage, low reverse leakage current, and can withstand a wide operating temperature range. The diodes also feature a press-fit mounting for quick installation and are UL 94V-0 Recognized for maximum safety.

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