BSR17A_D87Z

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A BSR17A_D87Z device is a type of transistor that falls within the category of bipolar junction transistors, or BJTs. This type of transistor is a special type of switch, designed to amplify current or to act as an electronic switch. They are made using three layers semiconductor, or layers of doped silicon. It is a single-type transistor, meaning it has three “legs,” or electrodes connected to the outer parts of the device.

Within semiconductor theory, the BSR17A_D87Z has an AC collector current amplification factor of 100, meaning it can amplify the current running through it by a factor of 100. It also has a frequency response range between DC and 1 MHz, meaning the frequencies between DC and 1 MHz can be replied and re-amplified. The maximum collector current capacity is 100mA, meaning it can pass a maximum current of 100mA, and the maximum collector-emitter voltage is 40 volts.

The working principle behind a BSR17A_D87Z device is relatively simple. This type of transistor is current-controlled, meaning that it is regulated by the current flowing through it. When current is applied to the base electrode, it creates a negative voltage between the emitter and base. This reduces the current going through the collector, thus controlling the amount of current going through it.

Using this current-controlled principle, a BSR17A_D87Z device can be used for a variety of applications. It can be used in audio systems to amplify the sound, or as a switch or amplifier in television or radio circuits. Additionally, it can be used to control the current in circuits, or to switch the signals in a circuit on and off. Due to its low power consumption and high switching speed, it can be used for electrical applications where speed is essential.

Due to its versatile application field and its simple working principle, the BSR17A_D87Z Single Bipolar Junction Transistor is one of the most widely used transistors in the world today. Its low cost and reliability make it extremely popular, making it a great choice for many applications. Furthermore, its small size is also appealing, making it highly suitable for small-scale applications.

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