PBSS2515E,115

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The PBSS2515E,115 is a single bipolar junction transistor (BJT) in the N-Channel Enhancement Mode Field Effect Transistor family. It offers enhanced performance for low to medium frequency switching for highly reliable, medium power circuits.

The PBSS2515E,115 is built with advanced epitaxial silicon technology, providing designs with very low power consumption, good conductor discharge time control, low on-state resistance, and superior surge current capability.

The PBSS2515E,115 provides reliable operations with well-developed device high gain characteristics, in addition to its exceptional stability.

The PBSS2515E,115\'s on-time and off-time characteristics are well matched due to its current compensation feature, which allows for superior low-frequency switching characteristics. In addition, the PBSS2515E,115 can achieve an on-state resistance of 0.02 ohms for low power applications.

The PBSS2515E,115 can handle up to 17A of current, making it perfect for a variety of applications from low level signal switching to high power relay control, as well as small motor control. In addition, this device is capable of notable operating life, up to 200,000 hours.

When paired with the correct external components, the PBSS2515E,115 can be used for both general purpose and high-speed switching applications. It can be used in a variety of applications such as motor bridging, motor commutation, motor control, power supplies, active power factor control, and switching amplifiers.

In terms of its working principles, the PBSS2515E,115 is an N-channel enhancement-mode field-effect transistor comprising a channel formed between the source and drain regions. A voltage applied between its gate and source turns the channel on, allowing current to flow between the source and drain. When the gate voltage is removed, the channel turns off and current flow stops. The drain current is controlled by the gate voltage, making the device suitable for use in a wide range of applications.

The PBSS2515E,115 can offer superior performance, low power consumption and extended operating life. This makes it ideal for a variety of applications from high power relay control to low level signal switching, and from motor control to machinery feed control.

It is also a cost-effective solution for designs that require high device reliability and excellent operating life, such as active power factor control units, switching amplifiers, motor commutation circuits and power supplies.

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