GL060F35IDT

Crystals

GL060F35IDT is a quartz crystal oscillator commonly used in the electronics industry. It is designed to deliver a high frequency output signal (typically 45 to 49 MHz) with excellent stability and minimal jitter. It is ideal for applications requiring a stable clock source such as remote control systems, communication systems and smart antennas.

The oscillator is composed of two main parts: a quartz resonator which vibrates at a precise frequency and a circuit that amplifies the resonance and generates the output signal. The oscillation frequency is determined by the physical characteristics of the resonator, such as the size and cut of the quartz crystal, and the amount of electrical capacity (C) and inductance (L) added to the resonator to create an LC circuit.

The crystal is mounted in a package that includes the electrical connections, support circuitry and an output buffer. The package typically includes an enclosure with a resonance opening and a wave guide for the output path. The output buffer is typically a digital circuit that can produce a square wave output, a sine wave or a custom wave form. The output wave form is the result of the interaction of the resonator, the electrical components and the output buffer circuitry.

The resonator is usually a thin slice of quartz crystal, cut at a specific angle according to the desired frequency and mounted horizontally in the package. The quartz crystal is mounted with electrodes that are connected to corresponding electrical components to create an LC circuit. The electrical components and their associated capacitance and/or inductance values determine the oscillation frequency of the quartz crystal.

When the LC circuit is powered up with a direct current (DC), a sinusoidal current is generated. This current is then amplified to produce the output wave form. The amplified wave form is then sent to the output buffer which shapes it into a sinusoidal wave or a customized wave form of the desired frequency. The output frequency is adjusted by varying the capacitance and inductance values of the LC circuit.

The GL060F35IDT crystal oscillator is used in a variety of applications, such as digital communication systems, remote control systems, and smart antennas. Its high stability and low jitter make it ideal for applications where precise timing is essential.