ASTMHTFL-14.7456MHZ-XK-E-T

Oscillators

ASTMHTFL-14.7456MHZ-XK-E-T is a type of oscillator which finds common application in radio and satellite communications, as well as public address systems. Oscillators are devices that produce a repetitive, sine wave signal of a particular frequency. The ASTMHTFL-14.7456MHZ-XK-E-T is designed to generate a very high frequency signal with a very high stability over small temperature variations, over a wide voltage range and has a high level of noise immunity.

The ASTMHTFL-14.7456MHZ-XK-E-T oscillator utilizes a crystal element as a resonator so as to provide the required frequency stability. The oscillator operates in the quartz crystal mode. Using Piezoelectricity, the crystal element is excited by an alternating current of a particular frequency. The alternating frequency of current is determined by the physical characteristics of the crystal.

The output from the ASTMHTFL-14.7456MHZ-XK-E-T oscillator is a sine wave signal with a very low amplitude, typically measured in millivolt. The sine wave signal is of the same frequency as the alternating current used to excite the crystalline element. The output frequency is determined by the physical characteristics of the crystalline element.

The ASTMHTFL-14.7456MHZ-XK-E-T oscillator is highly temperature stable, which means that its output frequency is consistent despite variations in temperature. The oscillator is also highly resistant to electric noise, making it suitable for use in noisy environments where other types of oscillator would be susceptible to interference. The high frequency output of the ASTMHTFL-14.7456MHZ-XK-E-T also makes it suitable for use in compact circuits.

The ASTMHTFL-14.7456MHZ-XK-E-T oscillator is used in many applications such as radio and satellite communications, public address systems, digital audio and video systems, cellular telephones, and many other devices that require the generation of a very high frequency signal. The oscillator is also used in some scientific instruments, such as atomic clocks and seismometers, which need a very stable signal of a specific frequency.

In conclusion, the ASTMHTFL-14.7456MHZ-XK-E-T oscillator is a versatile device which finds use in many applications and industries due to its high frequency output. Its temperature stability, high noise immunity, and compact design make it an ideal choice for frequency-critical applications.