C3390-51.840

Oscillators

C3390-51.840 is a type of oscillator manufactured by Emix USA, Inc. which is based in California. It is used for low frequency applications that require the highest level of reliability. The oscillator is designed to operate between 0 and 108 MHz, and supports a range of digital and analog signals, including phase-locked loop (PLL) applications.

C3390-51.840 is an electronic device that produces an oscillating signal through a process known as LC (Inductance and Capacitance) oscillation. The device is composed of an inductor and a capacitor coupled in series, and the output of the oscillator is determined by the frequency of the oscillating signal. In PLL applications, the oscillator produces an output waveform based on the input signal, and can be tuned to generate output frequencies that are phase-locked to the input signal.

C3390-51.840 offers excellent temperature stability and low jitter performance. The device utilizes an advanced differential-feedback stage that eliminates common-mode noise and reduces jitter performance, making the device ideal for high-speed data applications. The device also features an integrated executive circuit, which optimizes the performance of the oscillator in the presence of supply noise.

The C3390-51.840 operates on a voltage supply of 5 V and provides an output frequency range of 0 to 108 MHz. It can be programmed via an external serial or parallel interface, and is able to generate a wide range of output waveforms. The device has an integrated phase-locked loop (PLL) circuitry that enables it to be used in applications such as clock generation and frequency synthesis. It also offers excellent jitter performance, providing reliable clock signals for digital applications.

C3390-51.840 is suitable for use in a wide range of applications, including clock synthesis, digital signal processing (DSP), instrumentation, communications, and test and measurement equipment. By using the integrated PLL, it is possible to achieve low jitter and excellent frequency stability, making the device an ideal choice for applications requiring tight timing control.