OH300-61003CV-025.0M Crystals, Oscillators, Resonators

Oscillators

Oscillators are circuits or devices whose output frequency is substantially the same as the input frequency. This output frequency is determined by both the design of the oscillator and the external components connected to it. Oscillators can be used in many applications, including signal generation, filtering, communication, and timing.One type of oscillator is the OH300-61003CV-025.0M. This oscillator is a high-performance chip capacitance voltage-controlled crystal oscillator (CCVCXO) that is used to provide a low-noise frequency reference for many applications. The frequency range of this oscillator is from 25.0MHz to 2.5GHz. It is a small, low-power, low-phase noise oscillator, and it can be used in many applications.The working principle of the OH300-61003CV-025.0M is based on the application of a direct-current (DC) voltage to the oscillator in order to control its output frequency. This voltage is applied to the oscillator through an external voltage-controlled resistor, and it is responsible for the oscillator’s frequency stability. As the voltage is increased, the frequency of the oscillator increases.The application field for the OH300-61003CV-025.0M is wide, ranging from frequency reference applications in wireless systems to a timing reference in low-power systems. This oscillator is particularly well-suited for wireless and low-power applications, due to its low power consumption and low phase noise characteristics. Furthermore, its small size and high performance make it ideal for use in portable devices.In summary, the OH300-61003CV-025.0M is a high-performance chip capacitance voltage-controlled crystal oscillator (CCVCXO), with a frequency range of 25.0MHz to 2.5GHz. Its working principle is based on the application of an external DC voltage to the oscillator in order to control its output frequency. This oscillator is especially suitable for use in wireless and low-power applications, due to its low power consumption and low phase noise characteristics.