15KPA48A

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TVS - Diodes are designed to protect electronics against transient voltage spikes. The 15KPA48A is a Transient Voltage Suppression Diode that is specifically designed to protect against ESD (ElectroStatic Discharge), EFT (ElectroFuse Test), and lightning strikes. It is a low capacitance, bi-directional unit with a low clamping voltage that is capable of handling high surge current of up to 48A – hence its name 15KPA48A.

The 15KPA48A is a well-rounded device for all kinds of applications where protection from high voltage spikes is necessary. It can be used to protect a variety of electronic components, such as automotive computer systems, data buses, telecommunications equipment, and more. It is also optimized to handle high-bandwidth signals such as HDMI, USB3.0, and Ethernet, making it an ideal choice for high-speed data applications.

The 15KPA48A is based on a diode-bridge based circuit topology. Its construction is based on a varistor element that is sandwiched between two layers of plastic and metal to create a low capacitance, gas-filled diode bridge. This bridge reacts to high voltage transients by diverting the energy away from the electronics, allowing it to safely pass through until the voltage peaks and then dissipate off in to the atmosphere. The diode bridge is also engineered to dissipate the energy away as quickly as possible.

To protect an application from a transient voltage spike, the 15KPA48A is mounted in close vicinity to the sensitive electronics. Its low capacitance design allows it to be easily integrated to any type of system architecture without disrupting the signal flow or creating any electrical noise. It is also compact enough to be used in any kind of application, from automotive, computer, and telecoms to industrial and consumer applications.

In summary, the 15KPA48A is a good choice for protecting any application from the damaging effects of transient voltage spikes. With its low capacitance design and high surge current, it can easily handle transients up to 48A and works efficiently at all temperatures. This device is a reliable, cost-effective solution for protecting any electronic component from transient voltage events.

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