403C11A26M00000 Crystals, Oscillators, Resonators

Crystal oscillators are widely used in various circuits where precise timing and frequency control are required. The major application fields for the 403C11A26M00000 oscillator include timing control, synchronization, and frequency control. This type of crystal oscillator works by applying alternating excitation to a quartz crystal. The crystal will vibrate or oscillate at a frequency determined by its size and cut.

The 403C11A26M00000 oscillator operates in parallel resonance mode. This involves running an alternating voltage—usually around 10-20 V—across two electrodes that are connected to the crystal. The alternating voltage causes the quartz crystal to oscillate at its “resonant frequency”, usually between 40 and 80 MHz. The frequency of oscillation is determined by the natural vibration of the crystal—its size, cut, and shape.

The oscillator has two output signals: one at its natural frequency and one at a higher frequency. The higher frequency output is known as the “output frequency”. The output frequency is determined by the circuit that is used to drive the quartz crystal. This circuit, called the “oscillator circuit”, includes capacitors, inductors, and resistances. These components are used to resonate with the quartz crystal, thus determining the output frequency.

The 403C11A26M00000 crystal oscillator is capable of precisely controlling the frequency of both its outputs. This is accomplished by adjusting the values of the capacitors, inductors, and resistors in the oscillator circuit. This type of oscillator is used in a wide range of applications, ranging from computer networking to satellite TV. It is also used in medical and scientific instrumentation, telecommunications, and radar systems.

The 403C11A26M00000 crystal oscillator is a very useful and widely used device. It is relatively easy to operate and can be used to produce frequencies with great accuracy. In addition, its outputs can be tuned to produce frequencies that are much higher than those produced by a mechanical oscillator. This makes it an ideal choice for many applications that require precise timing and frequency control.