ZXT13P20DE6TC

The ZXT13P20DE6TC is a NPN small-signal transistors, primarily intended for use in general-purpose switching and amplification circuits. This type of NPN small signal transistor can be used in universal high-power low-signal input circuits including analog equivalent circuits, various voltage amplifiers and switching circuits.

The basic principle of operation in NPN small signal transistors is the same as any other type of transistor: a small current on the base electrode, controls the amount of current flowing between the collector and the emitter. The small base current can be relatively easily controlled as it does not require a large amount of power to turn on and off, making it ideal for use in high-power circuits. To provide the small base current, the ZXT13P20DE6TC includes the gate-source capacitance, the base-collector capacitance, and an internal biasing circuit.

The ZXT13P20DE6TC is typically used in a variety of different high-power, low-signal applications including analog equivalent circuits, power amplifiers, switching circuits, and general-purpose amplifiers. It is ideal for use in sensitive applications where precise current control is required. The ZXT13P20DE6TC offers excellent performance and good current gain characteristics. It is extremely reliable, and can easily withstand high temperatures, making it a great choice for use in high-power applications.

The ZXT13P20DE6TC is available in the TO-18 package and is compatible with many different transistor-related accessories. The device features two separate gates and a base-collector capacitance of 3.3 pF. It is rated for peak and reverse voltage of 20V and 10V respectively. The ZXT13P20DE6TC is capable of carrying a maximum output current of 1A, and has a nominal on-state resistance of 1.4 ohms.

The ZXT13P20DE6TC has several applications in high-power, low-signal control circuits, producing strong gain and reliable current flow. Its ability to provide precise current control is especially useful in sensitive application, making it a great choice for use in a variety of switching and amplifying circuits. The device is extremely reliable and offers excellent performance, and has been designed to withstand high temperatures, making it a great choice for use in high-power applications.