AM-48.000MAGV-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are an important component in the electronics industry, used in everything from timing instruments to frequency controls. The AM-48.000MAGV-T (also known as a Variable Frequency Crystal Oscillator or VFCO) is used for frequency control in a variety of devices, as it offers excellent thermal stability and a wide operating temperature range.

In a typical Variable Frequency Crystal Oscillator (VFCO), two electrical signals are created by two oscillating crystals, known as "A" and "B", which are tuned to slightly different frequencies. The signals then pass through a variable-gain amplifier, which allows the resultant frequency to be adjusted. The gain of the variable-gain amplifier is itself controlled by a voltage-controlled bias, which is adjustable within a certain range. This results in a variable frequency output signal that can be used to control the frequency of power-generation equipment.

The AM-48.000MAGV-T is specifically designed to provide a variable frequency control in power-generation equipment, such as electric power turbines and alternators. It typically includes two crystals, which are tuned to slightly different frequencies, and a variable-gain amplifier. The gain of the variable-gain amplifier is itself adjustable via the voltage-controlled bias. This allows the resultant frequency of the output signal to be varied over a wide range (48-52 KHz).

The AM-48.000MAGV-T is an extremely reliable unit, which is designed for operation in severe environmental conditions. As such, it is well suited for use in industrial settings, where reliable frequency control is essential. Additionally, the AM-48.000MAGV-T features excellent thermal stability, meaning that the frequency of the output signal will remain consistent over varying temperatures and can be adjusted without the need to recalibrate the unit.

Overall, the AM-48.000MAGV-T is an ideal solution for frequency control in power-generation equipment, offering reliable and adjustable frequency control in a robust and thermally stable package. This makes it an ideal choice for use in industrial settings, where reliable and precise frequency control is of paramount importance.

The specific data is subject to PDF, and the above content is for reference