JANTXV2N2605

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JANTXV2N2605 Application Field and Working Principle

JANTXV2N2605 is a type of bipolar junction transistor (BJT) from the V2N series of the Vishay Semiconductor. It falls under the category of single transistors and are mainly used for circuit switching, amplification, and other similar applications.

General Features

• Product type: Single bipolar transistor
• Manufacturer: Vishay Semiconductor
• Series: V2N
• Package: TO-126
• Standard package quantity: 500 pieces

Electrical Characteristics

• Collector-emitter voltage: 30 V
• Continuous collector current: 0.8 A
• Collector-base voltage: 50 V
• Continuous base current: 0.8 A
• Transition frequency: 100 MHz
• Normal operating temperature range: -55°C to 150°C

Application Field

JANTXV2N2605 can be used in all kinds of applications that require switching or amplification, such as amplifiers, switches, inverters, frequency multipliers, linear power supplies, AC power supplies, and more. The transistor also finds application in consumer electronics, audio, and video equipment.

Working Principle

Transistors are semiconductor devices that are used to amplify and/or switch electrical signals. They work in three ways: Firstly, the current between a Base and an Emitter is controlled by the voltage applied to the Base. This is called current control. Secondly, the voltage between the Collector and the Emitter is controlled by the current flowing through the Base. This is known as voltage control. Lastly, the current through the Collector and Emitter is controlled by the voltage applied to the Base and Collector. This is referred to as transistor switching.

JANTXV2N2605 operates as an NPN transistor, meaning the Base is connected to the negative supply and the Collector and the Emitter are connected to the positive supply. The current between the Base and the Emitter (aka the Base Current) is controlled by the voltage applied to the Base, thus controlling the current flow between the Collector and the Emitter (collector current). Depending on the current level of the collector current, the transistor is either in active or cutoff state. In active state, collector current is high and the transistor is in saturation mode. In cutoff mode, collector current is low, and the transistor is in cutoff mode.

In addition, the transistor can also be used to drive a load directly. To do this, the Collector and the Emitter are connected to the load, while the Base is connected to a voltage source and controlling the base current. When the base current increases, the collector current also increases, thus driving the load.

Overall, the JANTXV2N2605 is a useful device for applications in consumer electronics, audio, and video equipment, as well as other circuit-switching and amplifying applications.

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