DSC1001CL5-001.6000T

Oscillators

An oscillator is a device or system that produces periodic electrical signals. This electrical signal is usually referred to as a signal waveform, which is a combination of several harmonics (frequencies). An oscillator is composed of components such as resonators, power amplifiers, frequency dividers and oscillators, among others. Oscillators are used in a variety of applications, including signal generation, communications, and other applications.

The DSC1001CL5-001.6000T oscillator is a highly efficient and reliable oscillator for active and passive communication systems. This oscillator is designed for operating frequencies of up to 6 GHz, allowing for the transmission of multiple frequencies in a wide frequency range. It supports both neodymium and ferrite forms of magnetostrictive isolators and is capable of handling a wide range of frequencies for both passive and active manipulation.

Application Fields

The DSC1001CL5-001.6000T oscillator is primarily used in communication and signal processing applications. It is designed for use in applications that require high frequency accuracy and reliability. Professional broadcast and industrial applications such as TV and radio broadcasting, telecommunication equipment, and other active and passive communication systems are common applications of the product. Additionally, it is well suited for digital data communication. In all these applications, the oscillator can deliver exceptional performance in terms of high quality signals with high frequency accuracy and stability.

Working Principle

The DSC1001CL5-001.6000T oscillator is based on a basic principle of magnetostriction. This is a process wherein the material’s magnetic properties can be changed by applying an electrical current, as well as the materials’s ability to store and output electromagnetic energy. This oscillator is composed of two forms of magnetostrictive isolators: neodymium and ferrite forms. The neodymium magnetostrictive isolator is employed as the main driving element and is responsible for providing a powerful, linear magnetic field. This field causes the oscillator core to vibrate, thereby generating the desired frequency. The ferrite form of magnetostrictive isolator is typically used in combination with the neodymium version to reduce noise and extend the response time of the oscillator. Inside the oscillator, the neodymium magnetostrictive isolator is embedded with metal electrodes that can be driven by an external power supply. The current resulting from the applied power is transferred through the neodymium magnetostrictive isolator to the ferrite isolator, where it creates a vibrational force that shakes the oscillator core. This vibration is then propagated via magnetic and electrical fields and detected as the required output signal.