NE46134-T1-AZ Discrete Semiconductor Products

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NE46134-T1-A transistors are used in a variety of applications including radio frequency (RF) applications for their higher gain, stability and less noise sensitivity. This article will discuss their application field and working principle.

Application Field

NE46134-T1-A transistors can be used in a variety of RF applications, such as amplifiers, oscillators, and mixers. They are suitable for use in amplifiers and mixers because of their high current gain and excellent noise figure. They can also be used in oscillators for frequency stabilization and for very high frequency performance due to their low thermal resistance and high stability.

NE46134-T1-A transistors are also used in other applications, such as electric power systems, power supplies, and automotive and consumer electronics. They are very useful in electric power systems where the current needs to be regulated, as they can be put in series with power electronic devices such as transistors and diodes. They can also be used in power supplies to help regulate the voltage, and in automotive and consumer electronics due to their high-performance, non-volatile, low cost, and easy-to-use features.

Working Principle

A NE46134-T1-A transistor is a type of bipolar junction transistor, which means it has a controlled current path between two terminals, called the base and the collector. The current through the two terminals is controlled by the input voltage on the third terminal, the emitter. The transistor operates by establishing a potential barrier between the collector and base terminals, referred to as the "base-collector junction". By varying the voltage on the emitter, the potential barrier can be adjusted and the current through the transistor can be regulated.

The transistor’s current gain is determined by the Edson formula, which states that the current gain is equal to the base current divided by the collector current. As the base current increases, the collector current increases and the current gain increases. The current gain is also affected by the voltage on the emitter, which means that the higher the voltage, the higher the current gain. Higher current gains of NE46134-T1-A transistors can be achieved by using a higher emitter voltage.

Conclusion

NE46134-T1-A transistors are a type of bipolar junction transistors used for a variety of applications, such as RF amplifiers, mixers, and oscillators. Their application field includes electric power systems, power supplies, and automotive and consumer electronics. The transistor works on a controlled current path between two terminals, and the current gain is determined by the Edson formula. Higher current gains can be achieved by using a higher emitter voltage.

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