NA-10M-6845

Oscillators play an important role in our world today, from powering phones to powering acoustics for music and providing a time source for computers. It is no wonder then that there are a wide variety of oscillators on the market. One such oscillator is the NA-10M-6845, which is a voltage-controlled oscillator, or VCO. This article will explore the application fields and working principles of this oscillator.

Application Fields

The NA-10M-6845 is a highly versatile VCO, which makes it suitable for use in a wide range of applications. These include communications electronics, such as broadcasting, cellular and satellite communications; industrial electronics, such as medical, robotics and automation; and consumer electronics, such as audio and video. The oscillator can also be used in speciality fields, such as aerospace, avionics and military.

It is specifically designed for voltage controlled frequency applications, allowing for a frequency range of 10 MHz to 1.6 GHz. This range of frequencies makes it ideal for applications such as high-speed switches and ultra high speed microprocessors, allowing it to function efficiently and accurately in extreme conditions. The oscillator is also highly stable over temperature and pressure, which makes it suitable for industrial, military and aerospace applications.

Working Principle

The NA-10M-6845 works on an electronic principle called the Pierce oscillator. It involves a pair of matched transistors, two capacitors and two resistors. The two transistors are connected in a differential pair, and the capacitors and resistors form a voltage divider. The input voltage to the divider can be manipulated to change the operating frequency of the oscillator. This in turn will affect the output frequency of the oscillator, and can be used to control the frequency of the oscillator.

The capacitors are used to store energy, and the resistors are used to control the amount of energy that is stored. The input voltage is used to vary the amount of energy that is stored in the capacitors, and the output frequency of the oscillator is then affected by this. This is the mechanism that allows the oscillator to be voltage controlled, which is the main benefit of the NA-10M-6845.

The design of the NA-10M-6845 also offers additional benefits. It is highly efficient, which helps to reduce power consumption and keep the operating temperature low. It also offers excellent linearity and noise performance, which makes it reliable and accurate for operation in many different applications.

Conclusion

The NA-10M-6845 is a versatile and reliable voltage-controlled oscillator, offering excellent performance in a wide range of applications. It is suitable for uses in communications, industry, consumer electronics, specialty fields and aerospace, and the Pierce oscillator principle offers precise control of the operating frequency. The oscillator is highly efficient, offers excellent linearity and noise performance, and is highly stable over temperature and pressure. Together, these features make the NA-10M-6845 a great choice for anyone looking for an oscillator with reliable performance.