Oscillators

The XLP738100.000000X oscillator is a commonly used frequency-generating device packaged in a hermetically sealed, miniature 9.6 mm package. It offers precise frequency stability over a wide range of temperatures with low power consumption. With output signals ranging from 1 kHz to 200 MHz, this oscillator provides a much wider frequency range than standard crystal oscillators.

Application Field

The XLP738100.000000X is suitable for a wide range of applications, including frequency reference and wireless communication systems. Its output signals can be used as clock signals for microprocessors to ensure that the processor operates at the desired clock rate for its operation. This oscillator is also suitable for creating the reference frequencies used in optical data storage, communication systems, etc.

The XLP738100.000000X is widely used in frequency reference instruments, such as frequency synthesizers, frequency counters, and frequency modulation products. It is also used in portable communication devices, medical equipment, and aerospace systems. In addition, it is also used in quite a few military and industrial applications.

Working Principle

The XLP738100.000000X oscillator utilizes a piezoelectric crystal sandwiched between two active electrodes. When a voltage is applied between the electrodes, the crystal vibrates at a frequency determined by the size of the crystal. The signal created by the crystal is then amplified, conditioned, and outputted by the oscillator.

The oscillator produces a signal with a very low distortion, which is the result of both the low crystal\'s frequency tolerance and the high quality signal created by the circuit. The signal created by the oscillator can also be buffered and further conditioned to reduce unwanted distortion. This makes the XLP738100.000000X oscillator ideal for precision frequency applications.

The XLP738100.000000X is also designed to provide cost-effective frequency stability, with a wide range of output frequencies, from 1 kHz to 200 MHz. The frequency of the signal produced by the oscillator is controlled by the crystal, which is often characterized as “oven-controlled”. This allows the oscillator to maintain its precise frequency, even when the ambient temperature of the environment is changed.