ECX-L32BN-66.666

Oscillators

ECX-L32BN-66.666 application field and working principle

Oscillators are important components in many electronic devices, providing a stable source of electrical oscillatory signals. ECX-L32BN-66.666 is an ultra precision quartz oscillator that uses a quartz crystal to produce high frequency output. It is widely used in frequency control and timing applications in industrial, medical, military, and communication systems, where high accuracy and reliability are required.

The ECX-L32BN-66.666 oscillator is a quartz oscillator that uses a proprietary, multi-layered temperature compensation system to provide superior frequency accuracy and stability. It maintains frequency output accuracy between -40°C to +85°C, which is necessary for critical timekeeping and synchronization applications. The quartz crystal oscillator is encased in an hermetically sealed metal enclosure for enhanced durability and long-term reliability.

The oscillator consists of a quartz crystal, a circuit board, and an oscillator housing. The quartz crystal is the heart of the oscillator, where oscillations are generated. The circuit board contains the oscillator components, including the quartz crystal, capacitor, resistor, and transistor. The oscillator housing encloses the quartz crystal and circuit board, providing protection from external factors such as moisture, heat, and vibration. The enclosure also provides mechanical protection from shocks or bumps.

The quartz crystal has a high-frequency resonance which is determined by its dipole moment. When a voltage is applied to the quartz crystal, an electric field is created which “pulls” the crystal towards one side and “pushes” it towards the other. This creates an oscillation frequency or resonance which is determined by the crystal’s dipole moment. The frequency of the oscillation is affected by various external factors such as temperature, pressure, and shock.

The ECX-L32BN-66.666 oscillator uses a high-precision transimpedance amplifier circuit and a temperature-compensated crystal oscillator circuit to accurately keep the quartz crystal oscillation constant. The transimpedance amplifier circuit amplifies the output of the quartz crystal and provides the necessary power for the oscillator circuit. The output of the oscillator circuit is then passed through a buffer amplifier to provide a constant signal output.

The ECX-L32BN-66.666 oscillator is incredibly accurate and reliable, making it the perfect choice for frequency control and timing applications. Its temperature compensation system ensures accurate frequency output over a wide range of temperatures, while its hermetically sealed housing keeps the quartz crystal protected from external factors. This makes it especially suitable for industrial, medical, military, and communication systems, where superior accuracy and reliability is essential.