64017H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A 64017H transistor is a Type of Bipolar Junction Transistor in the Radio Frequency (RF) category which is used for signal amplification. It is comprised of three terminals: The collector, the base and the emitter, with the two former ones being connected by two closely-spaced diodes. By way of the collector-base junction, 64017H transistors can amplify signals from low-level to higher level, allowing for greater versatility in electronic circuitry designs and applications.

The ‌64017H transistor is a medium power amplifier and it is particularly suitable for use in GHz-range applications, where high gain, linearity and noise figures are required. Due to its high power handling, it is also commonly used in RF/microwave radio head amplifiers as well as in low frequency and high frequency power amplifiers.

The working principle of the 64017H transistor is quite simple. When a voltage is applied to the collector, electrons are created in the semiconductor material and an electric field is established across the base-collector junction. These electrons then travel to the base, carrying the voltage along with them. The injection of electrons into the base causes current that is proportional to the applied voltage, allowing for better signal strength with less distortion.

The 64017H transistor operates in three major modes of operation: common-base, common-collector, and common-emitter. In common-base mode, the base of the transistor is held at ground potential while the collector is used to control the current that flows through the emitter. The common-collector mode is the opposite of the common-base, with the collector at ground potential and the emitter being used as a current source. Finally, in the common-emitter configuration, both the collector and the emitter are used as current sources, allowing for both current and voltage amplification.

The 64017H transistor is a popular transistor for RF application due to its high power handling and small size. Its linearity and noise figures are also suitable for applications that are designed to operate in GHz-range frequencies. As such, this type of transistor will remain popular in the near future and is sure to be a staple in electronic circuitry designs.

The specific data is subject to PDF, and the above content is for reference