AX7DBF1-2100.0000C

AX7DBF1-2100.0000C Oscillators

AX7DBF1-2100.0000C is an oscillator based on crystal quartz which is renowned for its sturdiness and precision. This oscillator is built on a small chip with an operational temperature ranging from -40C to 85C with stability up to +/-50 ppm within the specified temperature range. The high stability of the device comes from the extreme accuracy obtained when it is constructed in accordance with the exact design parameters.

The basic shape of the device is a rectangular block with two metal-plated surfaces. Each of the ends is connected to a source of electro-magnetic energy such as direct current (DC) or alternating current (AC). The signal generated by the device is then transferred to a wave source and processed with electronic circuitry to produce stability, high frequency accuracy, frequency control and wide temperature compensation. The output signal of the device can be used to control any type of oscillating device such as a vibrator or a resonator.

Application Field for AX7DBF1-2100.0000C Oscillators

This oscillator is usually used in applications such as radio communication, remote sensing, satellite communication, computer network systems, as well as other applications. It is also used to calculate precise time values, calculate cycle time, transmit data, and control power in many industries. The device is designed to be temperature compensated in order to maintain a precise frequency over a wide range of temperatures, which makes it ideal for use in many different applications that require time and frequency accuracy.

Working Principle of AX7DBF1-2100.0000C Oscillators

When the oscillating device is connected to a power supply, an alternating voltage is applied on the oscillator plate. This alternating voltage is transformed into an alternating current which oscillates at the same frequency as the voltage. This alternating current fluctuates within a given range. The frequency of oscillations produced by the device is determined by the design parameters of the device. Different design parameters will result in different frequencies.

The frequency of oscillations is generally kept very stable by the use of quartz crystal. Quartz has the unique ability to maintain a steady frequency over a wide range of temperatures. This is important as temperature changes can significantly affect the stability of the oscillations. As the temperature changes, the quartz crystal changes its mechanical properties, causing an effect on the frequency of oscillations.