1N914-T50A

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1N914-T50A is a type of diode rectifier--which are components used in electric circuits to selectively pass electric current in one direction, often based on a complex electrical resistance called a junction. Many types of rectifiers exist, and 1N914-T50A is a single type of rectification device. It is widely used in many electronic applications.

Application Field of 1N914-T50A

The 1N914-T50A diode is most often used in electronic circuits in applications where a wide range of currents needs to be controlled, such as for power supply blocking, voltage regulation, protection against voltage surges, and wave shaping. This type of diode rectifier is also widely used in telecommunication equipment and amplifier circuits.

Working Principle

The 1N914-T50A diode rectifier is an anode and a cathode can be distinguished by two terminals on its body. When the diode is forward biased (the anode being positive terminal), the circuit is actuated to conduct current. This process is known as forward conduction. The current that passes through the diode is called the forward current and it is proportional to the applied voltage. However, when the diode is reverse biased (the cathode is negative), it acts as an open switch and blocks the current, thus preventing any current from passing through it (this is known as reverse conduction). The amount of current that passes through the diode under these different conditions is termed the reverse leakage current.

Parameter

The 1N914-T50A rectifier has a maximum forward voltage drop and maximum forward surge current value of 4V and 3.2A respectively, a junction temperature and maximum reverse breakdown voltage of 125℃ and 50V respectively. The parameters of power dissipation, capacitance and capacitance voltage are 125mW, 13pF, and 6V, respectively.

Advantages

The 1N914-T50A has a high forward current capacity and low reverse voltage leakage current. Because it can effectively block current in one direction, it is an excellent choice for any application where these features are desired. Furthermore, this type of rectifier offers excellent temperature stability and is reliable, making it highly suitable for many electronic circuit designs.

Conclusion

The 1N914-T50A diode rectifier is a popular choice for many electric, telecommunication and amplifier circuits due to its high forward current capacity, low reverse voltage leakage current, good temperature stability and reliability. It is used to selectively pass electric current, protect against voltage surges, regulate input voltage and shape waveforms.

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