CJD45H11 TR13 Discrete Semiconductor Products

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The CJD45H11 TR13 is a small signal NPN-type transistor, designed for use in many kinds of electronic circuits. It is classified as a single, bipolar junction transistor (BJT) and typically used for amplifying and switching signals in electronic applications.

This transistor has two distinct layers of semiconductor material sandwiched together. One layer has many negatively-charged electrons, and the other has many positively-charged “holes”. These layers create a region of both positive and negative charges, which allows the control of the flow of current across the transistor. The three pins are labeled “Base”, “Collector”, and “Emitter”.

The Base pin controls the flow of current through the transistor. When a voltage is applied to the base pin, a proportionally larger current can flow through the transistor. This proportional ratio is called the Current Gain of the transistor, and is represented by the Greek letter hFE. The Collector pin is the pin that carries the current from the transistor, and the Emitter pin is the pin that allows the current to flow out of the transistor.

The CJD45H11 TR13 can be used in many electronic applications. It can be used as a switch, controlling the flow of electrical current between two places. It can be used as an amplifier, increasing the voltage level of a signal. It can be used to regulate a current, or to create a regulated supply of energy. It is commonly found in amplifiers, oscillators, audio systems, computers and other types of electronic equipment.

In order to use the CJD45H11 TR13, it must be powered with the correct voltage. There is usually a range of allowable voltages, depending on the application. Too much voltage can cause the transistor to burn out, and too little can result in the absence of the desired control of current. In many cases, the application circuit is designed to be powered by a certain voltage, and power supplies will be provided to match the required voltage.

The CJD45H11 TR13 is further classified by its DC Current Gain, maximum current rating, and maximum voltage ratings. The DC Current Gain is a measure of the ratio of the output current to the input current, and it is expressed in terms of hFE. The maximum current rating is the maximum amount of current that the transistor can safely handle before it will become damaged, and the maximum voltage ratings are the maximum amount of voltage that can be applied to the transistor before it will be damaged.

The CJD45H11 TR13 is a versatile device with a wide range of applications and it is increasingly being used in many different types of electronic equipment. It is important to select the right transistor and the correct voltage for the application to ensure proper functioning of the electronic circuit in which it is used.

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