MXO45-2C-39M9360

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An oscillator is a device or system that generate alternating current (AC) power at a particular frequency. Among oscillator types, the MXO45-2C-39M9360 is a subcategory of oscillators that can generate very low frequency AC voltages. The MXO45-2C-39M9360 is a high-efficiency oscillator that produces high frequency AC voltages and currents. It is suitable for low power and high frequency voltage applications.

The MXO45-2C-39M9360 oscillator has a variety of uses. It is often used in antennas, medical applications, communication circuits, automotive electronics, and digital audio systems. This oscillator also has a wide range of applications in consumer electronics, including audio equipment, lighting, car audio, and televisions.

The working principle of the MXO45-2C-39M9360 oscillator is based on RC oscillator theory. The device works by creating a feedback path between a piezo-electric transducer and a voltage divider. The transducer, which is comprised of a piezoelectric crystal and negative feedback resistor, creates an electrical signal that is then transferred to a voltage divider. The feedback path between the transducer and the voltage divider creates a closed loop system. The voltage divider then divides the signal into two parts, which is then fed back to the transducer. This creates a cycle in which the frequency of the signal increases or decreases depending on the settings of the voltage divider.

The MXO45-2C-39M9360 oscillator has many advantages, such as high efficiency, high frequency range, compact size, and low power consumption. This oscillator is also very reliable and durable as it can withstand high temperatures and humidity. Additionally, the device has excellent temperature stability and is resistant to vibration and shock, making it ideal for use in industrial and transportation applications.

In conclusion, the MXO45-2C-39M9360 oscillator is a reliable, efficient, and durable device that is suitable for low power and high frequency voltage applications. The device works by creating a feedback path between a transducer and a voltage divider. The device has excellent temperature stability and is resistant to vibration and shock, making it ideal for use in a variety of applications, including medical, automotive, communication, and consumer electronics.

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