530EA12M0000DG

Oscillators are electronic circuits that generate periodic signals, usually with a narrow range of frequencies. The frequency can be adjusted by the user, and the length of each cycle is usually predetermined by using an onboard resistor-capacitor (RC) network which creates a stable clock.

The 530EA12M0000DG is a very popular oscillator which can be used in a wide array of applications, from audio amplifiers and synthesizers to PC fan controllers and robotic projects. This type of oscillator is commonly used in industrial and medical applications due to its high accuracy and stability.

The 530EA12M0000DG is a dual-frequency quartz crystal oscillator that offers a frequency range of between 24MHz and 10.7GHz. It is built with a jitter-less clock generator and a frequency stability of 0.1ppm. The output of this oscillator can be tuned to any number of frequencies within the specified range.

The 530EA12M0000DG works by using a quartz crystal to generate a series of clock signals that are fed into the oscillator. The oscillator then produces a frequency that is determined by the crystal. The oscillator can be adjusted to generate any frequency within the specified range by using the onboard RC network. The output signal can then be sent to any number of devices or circuits that require it.

The 530EA12M0000DG is ideal for applications that require precise frequency control, such as audio and video synthesizers, radio transmitters and receivers, and clock-based logic circuits. It can also be used for slower applications, such as fan controllers, motor controllers, and robotic projects. This oscillator is also capable of creating a stable clock frequency that can be used to synchronize multiple devices in a system.

In summary, the 530EA12M0000DG is a highly accurate and stable quartz crystal oscillator that is suitable for a wide range of applications. It offers frequencies from 24MHz to 10.7 GHz, and can be adjusted by the user with its onboard RC network. This makes it a great choice for projects that require precise frequency control, such as audio and video synthesizers, radio transmitters and receivers, and clock-based logic circuits.