BC807-16W,135

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BC807-16W-135 is a transistor made by NXP Semiconductor that belongs to the family of Bipolar Junction Transistors (BJTs). It is an NPN type of single transistor, commonly used in small and medium power applications. This transistor has quite wide maximum power ratings of 500 mW, collector-emitter voltage of 45 V and collector-base voltage of 80 V. It also has a high current gain of 420, meaning it can easily handle most of the power that passes through it.

Transistors are widely used in a variety of electronic devices, owing to their relatively simple structure, but amazing performance. A typical transistor may possess three terminals – the base, the collector, and the emitter. A small current passing through the base determines the larger current that actually passes through the collector and emitter. This is called the current amplification capacity of transistors.

The working principle of BC807-16W-135 is simple and similar to the other BJT transistors. This device works on the principle of the flow of electric current from the collector to the emitter, by controlling the electric current through the base. A small electric current enters the base terminal, which then combines with the current coming from the emitter to create a larger electric current at the collector. This enhanced current then leaves the transistor through the emitter.

BC807-16W-135 is best suited for low-frequency and low-power applications like oscillators, low-noise amplifiers, modulators, switching circuits, and any other type of circuit that requires a low-noise and low-voltage source of power and current. This device is also quite commonly used to with amplifiers, as it has a relatively high current gain and can handle large power outputs. This makes it ideal for applications such as audio amplifiers, voltage regulators, etc.

BC807-16W-135 is a very useful transistor for both industrial and hobbyists. Moreover, the device is available in a wide variety of packages, making it easier to find a suitable option for any given application. Finally, due to its wide operating temperature range, the device can be used in both extreme hot and cold temperature environments without any major performance issues.

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