SSX-750PCC10000000T

Oscillators:

Oscillators are electronic circuits which generate an output signal that is periodic, or repetitive in nature. They are used in countless applications including communications, synchronization, detection, and measurement. The driving force behind oscillators is generally an electronic component called a resonator, which is usually combined with active devices such as amplifiers or digital logic circuits within an electronic circuit, to produce an oscillating signal.

SSX-750PCC10000000T Application Field and Working Principle:

The SSX-750PCC10000000T is a specialized oscillator that combines the high frequency generating capabilities of an oscillator with the intensity modulation capabilities of a pulse-width modulated signal. This type of oscillator is suitable for a broad range of applications including laser stabilization, nuclear magnetic resonance (NMR), magnetic resonance imaging (MRI), continuous wave (CW) laser sources, and radar systems.

In general, the SSX-750PCC10000000T oscillator generate a signal at a desired frequency, usually in the range of 1 MHz to 1000 MHz. It can be configured to output either a clock signal or a sinusoidal waveform. Additionally, the device can be configured to output a pulse-width modulated signal by utilizing a modulated source, such as a diode, which is coupled to the oscillator\'s output. This modulated signal is used for applications such as low-coherence light sources, low-power stabilizing lasers, and high performance radar systems.

The SSX-750PCC10000000T oscillator operates on a single voltage supply at a fixed temperature. It is also equipped with frequency control features, such that the oscillator frequency can be adjusted via the supply voltage or an external voltage control. The output of the oscillator is then routed through the modulated source, which is configured to generate a pulse-width modulated signal at a desired frequency. The modulated signal is then routed to the desired application.

The SSX-750PCC10000000T oscillator is well suited for a variety of applications including stabilization of lasers, NMR, MRI, CW laser sources, and radar systems. The device\'s compact design and high frequency design make it an ideal choice for those applications. Additionally, its frequency and amplitude control features allow for greater flexibility to meet the varying needs of those applications.