SMBG6.5CAHE3/52

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TVS- diodes, also known as transzorb, are used to protect against voltage spikes in voltage sensitive applications. The SMBG6.5CAHE3/52 is a TVS- diode designed to protect circuit components from damage due to excessive voltage transients.

The diode consists of two parts; a thyristor and a Zener diode. The thyristor acts like a gate that regulates and blocks the amount of current flowing through the diode. It works by detecting the voltage across the diode and once it reaches a certain level, the thyristor gate will turn on and reduce the current. The Zener diode acts as a back up to the thyristor, ensuring the circuit is protected if anything goes wrong.

The SMBG6.5CAHE3/52 has an operating voltage range of - 5V to + 15V and can withstand transients up to ± 40V. It is designed to operate at a maximum peak pulse power of 10W. The diode has a typical breakdown voltage of 6.5V and maximum reverse leakage current of 2mA. The diode also features a clamping voltage of 18V and typical peak pulse current of 240A.

The SMBG6.5CAHE3/52 is widely used in automotive, industrial and telecoms applications due to its capability to protect sensitive electronics from voltage transients. It is commonly used to protect vehicles from electrostatic discharge and lightning strikes. It is also used as a protection device in medical equipment and communication systems.

The SMBG6.5CAHE3/52 is a highly versatile diode that can be used in conjunction with other protection devices such as suppressors and ESD protection systems to ensure complete circuit protection. It is also suitable for high-speed switching applications as the thyristor control ensures fast switching times.

The SMBG6.5CAHE3/52 provides reliable and effective protection for sensitive devices in a variety of applications. Its high-performance design ensures it can withstand high-frequency voltage transients, while its low clamping voltage ensures it does not cause any additional damage to the circuit. It is a cost-effective protection solution for a wide range of voltage sensitive applications.

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