2N2652A

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

The 2N2652A is an array of transistors designed for use as an oscillator and switching circuit. The array consists of eight transistors arranged in a modified pin configuration. Each transistor operates as an individual switching element, allowing for fast switching and high performance. The 2N2652A can be used in many applications, including oscillators and switching circuits, broadcast and television receivers, switching amplifiers, digital logic gates, and other high speed circuits.

A 2N2652A array consists of four NPN and four PNP transistors arranged on a single substrate in a specific arrangement. Each transistor has an individual emitter, base, and collector pin, allowing it to be used individually or in combination with other transistors as needed. The transistors have a common, shared base connection which allows them to operate in unison as needed. The transistors are also able to switch quickly and efficiently, making them ideal for use in high-speed circuits and applications.

The 2N2652A array is designed to have very high switching speed and is able to handle high voltage, current, and power. It is an ideal choice for applications that require fast switching, precision control, and power. The array is also capable of operating at high frequencies, allowing for complex and high-speed switch control. Additionally, since the transistors are arranged on the same substrate, they allow for simple routing of the circuit, eliminating the need for multiple PCBs. This allows for simpler, more cost-effective circuit designs.

The primary application of the 2N2652A array is as an oscillator and switching circuit. As an oscillator, the 2N2652A array can be used as a voltage-controlled oscillator (VCO), a frequency multiplier, and a frequency divider. In each of these roles, the array is able to switch quickly between two different frequency states. This can be used to create complex waveforms, and it can also be used to generate signals for synchronization and frequency synthesis.

As a switching circuit, the 2N2652A array can be used to control power switches, relays, and MOSFETs. In this type of application, the array can be used to quickly switch between multiple power states, allowing for efficient control of power supplies and motors. Additionally, the 2N2652A array can be used in digital logic gates, allowing for complex signal control and logic switching.

In summary, the 2N2652A is an array of transistors designed for use as an oscillator and switching circuit. Each element in the array is an individual transistor with its own emitter, base, and collector connection. This allows for individual control of the transistors in the array and for efficient switching. The 2N2652A array is an ideal choice for applications that require fast switching speed, precision control, and high power. Additionally, the array allows for simpler and more cost-effective circuit designs, making it one of the most popular design choices for oscillator and switching circuits.

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