ECS-2520Q-30-270-DP-TR

Oscillators

Oscillators are electronic components that generate continuous electrical signals. These signals can have a narrow or wide range of frequencies, and vary from d.c. to very high frequency signals. Many oscillators are a combination of several stages that perform a variety of tasks. Oscillators are one of the most important electronic components and are used in a variety of circuits and applications.

The ECS-2520Q-30-270-DP-TR oscillator is a hybrid model designed to generate a highly reliable, sine wave of frequency ranging from 15 MHz to 40 MHz. It uses a quartz crystal as the timing element, and the frequency accuracy is within 0.1%. The oscillator is built with a hybrid integrated circuit and a quartz crystal of 30MHz. The circuit is based on a common base bipolar transistor amplifier configuration. The quartz crystal oscillates when a small charge is applied and acted upon by the voltage at the base of the transistor. This charge causes the quartz crystal to vibrate at a certain frequency, producing a sine wave with a low jitter level.

The oscillator is suited for many applications such as networking, communications, test equipment, medical and industrial applications. It is also ideal for use in military and aerospace applications due to its high reliability and stability. With its low jitter level, it allows for accurate timing and signal detection. Its high frequency accuracy allows it to be used in medical instrumentation where precise timing is a necessity, as well as for accurate data transmission.

The ECS-2520Q-30-270-DP-TR oscillator is a simple and reliable component that can be used in a variety of applications. Its high frequency accuracy and low jitter level make it ideal for uses where precise timing is needed. It is also suitable for use in military and aerospace applications, making it an invaluable asset for those industries. The oscillator is an essential component for many circuits and applications, making it an important device for those in the electronics field.