2DC4617S-7 Discrete Semiconductor Products

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2DC4617S-7 is a single transistor which belongs to the bipolar type, specifically the NPN model. This device is a versatile building block which can be used in a variety of digital and analog applications. It is a low-frequency and low-power device with a maximum collector-to-emitter reverse voltage of 25V and a maximum collector current of 900mA. This device is manufactured using advanced epitaxial technology and its design allows for a low leakage current, reduced noise levels and excellent temperature characteristics. Additionally, it has a maximum gain of 100 at the collector current of 20mA and a temperature coefficient of 0.63V/°C across the full range of temperature.

The primary application field of the 2DC4617S-7 is signal recognition, amplification and switching. Its low-frequency and low-power capabilities make it ideal for applications where reliability and power conservation are key considerations. Its strong temperature characteristics also make it well-suited for signal recognition in extreme temperature environments. For example, this device can be used for signal amplification in buildings, automobiles and telecommunications systems. Due to its low-leakage current and reduced noise levels, it can also be employed in medical equipment and other sensitive applications. Furthermore, it can be used for switching applications such as light dimmers and automatic door openers.

The working principle of the 2DC4617S-7 involves the passage of electrons between the emitter and collector terminals. When a voltage is applied to the base terminal, it causes a current to flow across the device. The magnitude of the current is dependent on the strength of the applied voltage and the resulting current controls the amount of electrons that are transferred to the collector terminal. As more electrons pass to the collector terminal, a larger voltage is amplified in the output and this creates a signal that can be manipulated. By manipulating the voltage levels at the base terminal, the overall current flow and output can be accurately controlled.

In summary, the 2DC4617S-7 is a single transistor which belongs to the bipolar type. It is primarily used for signal recognition, amplification and switching applications and its features include low-frequency and low-power capabilities as well as a low leakage current and reduced noise levels. Its working principle involves the passage of electrons between the emitter and collector terminals and the magnitude of the current flow is controlled by manipulating the voltage levels at the base terminal. As a result, the device is able to provide accurate signal amplification and switching.

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