Transistor 13003 datasheet

Update Time: May 19, Readership: Understanding the features and potential uses of this transistor will broaden your knowledge and improve your ability to effectively design and troubleshoot electronic systems.

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Transistor 13003 datasheet

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Transistor 13003 datasheet

If you are looking for a high voltage transistor for your design with high switching speed then the might be a good choice. It is built with a special technology that makes this transistor stable and reliable to work on high voltages with very high speed switching capabilities. The device is capable of handling collector-emitter voltage of V DC and collector-emitter voltage of V DC which makes it ideal to use in wide variety of AC and DC high voltage applications. Although this device is built for high voltage and switching applications but can also be used for general purpose switching and amplification purposes. Additionally it can also be used for general purpose switching and amplification purposes and can also be used in battery operated projects and low voltage hobby and educational electronic projects. Long life and stable performance of a component in a circuit is also an important factor to think about when you are designing a circuit or if you are using it in an already designed circuit that you are assembling.

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Emitter 1. Base current Ib : It requires a base current to control the current flow between the collector and emitter. B Base : This pin is connected to the base terminal of the transistor. Absolute Maximum Rat. Collector-emitter voltage Vceo : The maximum collector-emitter voltage rating is typically about to volts. The C is a general purpose NPN transistor us This parameter indicates the amplification capability of the transistor. Base 2. Revised Date : Page No. The DC input is connected to the transistor, which acts as a switch to control the flow of current to the load. The base current required for normal operation is typically about 0. The AC input is connected to the primary side of a transformer, and the secondary side is connected to the battery through the transistor. Collector High Voltage Capability1. BASE power switching applications 2. It has a maximum collector current of 3 Amperes and a collector-emitter voltage of 40 Volts.

Update Time: May 19, Readership:

Switching Speed: The MJE has a moderate switching speed and is suitable for general purpose power supply applications. The transistor acts as a switch that controls the current flow to the battery, allowing it to charge. Since the ON Semiconductor product management systems do not have the ability to manage part nomenclatur. Operating Temperature Range. The transistor is subdivided into one group according to its DC current gain. BASE 2. Features: High voltage capability,high speed switching,wide SOA. Revised Date : Page No. Emitter Absol. Base 2.