ECS-240.001-18-1

ECS-240.001-18-1 Application Field and Working Principle

ECS-240.001-18-1 is a type of crystal oscillator used in a wide variety of electronic systems. It operates at a frequency of 140 MHz and can be used in either temperature-controlled oscillator (TCXO) or voltage-controlled oscillator (VCXO) applications. This type of crystal oscillator is also known as an EM-Banded Oscillator and is commonly used in high-precision timing applications such as precision clocks and waveform generators.

The main application fields for ECS-240.001-18-1 are in frequency control, temperature control, and timing applications. Frequency control applications involve the use of the crystal oscillator to stabilize the output frequency of circuits like amplifiers or mixers. Temperature control applications can involve the use of the crystal oscillator to compensate for changes in frequency due to temperature changes. Finally, timing applications involve the use of the crystal oscillator to generate precise timing signals for synchronized events.

The working principle of an ECS-240.001-18-1 crystal oscillator can be described in terms of how it is constructed and how it works. As with any other crystal oscillator, the primary component is a quartz crystal. This quartz crystal is cut in such a way that it vibrates at a specific frequency when an electric field is applied. This is the frequency at which the crystal oscillator operates and it is usually some multiple of 14MHz.

The quartz crystal is attached to electrodes which form a resonant circuit. When the electric field is applied across this quartz and electrodes, it causes the quartz to vibrate at its resonant frequency. This vibration produces a signal which is proportional to the applied voltage. This signal is then amplified and sent out of the crystal oscillator as an output.

Finally, the output of the ECS-240.001-18-1 crystal oscillator can be used in a variety of situations, including in frequency control and temperature control applications. In frequency control applications, the signal from the crystal oscillator can be used to eliminate drifts in frequency between different oscillators in a system and keep the frequency of the entire system stable. In temperature control application, the signal from the crystal oscillator can be used to compensate for the changes in frequency due to temperature.