DZT658-13

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Transistors - Bipolar (BJT) - Single are used to amplify signals and currents. One such transistor is the DZT658-13. This transistor is used for a variety of applications, such as switching, amplifying, and driving. It is a low-power, digital-enhanced transistor which is suitable for use in digital applications and analog circuits.

The DZT658-13 features an NPN, lateral power Darlington transistor with a high gain and medium frequency, as well as low noise. It has an emitter-base voltage of 2V, a collector-base voltage of 30V, and a collector-emitter voltage of 80V. The maximum collector current for the DZT658-13 is 0.6A and the maximum power dissipation is 900mW. Additionally, its switching time is 1nS and its noise is -30dB.

The working principle underlying the DZT658-13 Transistor is relatively simple. It is based on the idea that when current is applied to the base, it is amplified and passed to the collector side. The collector-emitter voltage then drives the load, thus allowing for switching, amplification, and driving of circuits. In order for the DZT658-13 Transistor to work, a base current must exceed the emitter current by a given amount, known as the beta factor. The gain of the transistor is determined by the ratio of the current flowing through the collector and the current flowing through the base.

The DZT658-13 Transistor can be used in a variety of applications, such as audio amplifiers, switching regulators, and various digital circuits. It can also be used to amplify radio frequencies, such as FM radio. Additionally, it can be used in logic gates and comparators, as well as in high-performance circuit designs. The DZT658-13 Transistor is also compatible with microprocessors and can be used in their power supplies.

The DZT658-13 Transistor is the ideal choice for applications that require a low-power, digital transistor with a high gain at medium frequencies, low noise, and high switching speeds. Its simple working principle makes it an ideal choice for basic applications. Its wide range of applications, combined with its small size and its relatively low cost, make it an attractive choice for most electronics projects.

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