SG-710ECK 24.5760MB3

The SG-710ECK 24.5760MHz crystal oscillator is a type of oscillator that converts both electric energy into mechanical resonance and the reverse process, which allows it to act as a frequency stability reference source. Oscillators are commonly used in a wide variety of electronic applications including television, radio, and wireless communications technology. The SG-710ECK, specifically, has a small form factor and utilizes precision crystal material, making it ideal for consumer electronics, communication, and automotive electronics with its excellent performance.

In communication applications, SG-710ECK crystal oscillator has the advantage of providing reliable frequency stability for modem & baseband circuit designs. It is also employed in automotive electronics to support acceleration module navigations and power management control. The oscillator can be used to obtain a steady clock signal to manage application relevant timing and synchronization which maintains a stable oscillating frequency over a wide temperature range and external influence.

The SG-710ECK 24.5760MHz crystal oscillator works according to the oscillator principle, which is based on the vibration of mechanical components. In this case the oscillator uses a quartz crystal resonator for frequency stability. This quartz resonator operates in a LC circuit which creates an electronic oscillation at a precise frequency determined by the capacitance/inductance/resistance (CR) of the crystal and the rest of the elements in the circuit.

When an electric current is applied to the quartz resonator it begins to vibrate, creating a mechanical resonance that, in turn, creates a periodic variation in capacitance in the circuit. This variation in capacitance is then converted into a varying oscillatory electrical potential, or waveform, that is outputted at the oscillator frequency. An external element, such as a voltage-controlled oscillator (VCO) or a temperature-compensated crystal oscillator (TCXO), is then used to control the gain and frequency of the signal.

The SG-710ECK 24.5760MHz crystal oscillator utilizes a surface mount form factor, allowing it to be installed in restricted spaces. Its small form factor also helps to reduce cost and improve manufacturability. Additionally, the quartz resonator is manufactured with precision materials to ensure accuracy and stability over wide temperature ranges and to resist external influences such as magnetic fields.

Overall, the SG-710ECK 24.5760MHz crystal oscillator is a reliable and versatile oscillator choice. Its small form factor and precision materials permit high frequency stability, reliability, and accuracy over a wide range of temperature and external influences. It is suitable for a wide variety of electronic applications, particularly in consumer electronics, communication, and automotive electronics.