ECS-135.600-CD-0374

ECS-135.600-CD-0374 Application Field and Working Principle

The ECS-135.600-CD-0374 is a type of quartz crystal that is widely used in oscillator design today. It consists of a quartz wafer connected to a housing and a metal electrode. The quartz wafer is cut from a specific angle that enables it to vibrate at a predetermined frequency when excited. This particular type of crystal oscillator is the foundation of most digital devices such as watches, cell phones, and computers.

This crystal oscillator has several advantages compared to other types of oscillators. First, it offers high electrical stability. This is because the quartz crystal is fixed in the device and thus is not affected by changes in the environment temperature or pressure. Second, it has a low power consumption which makes it highly suitable for applications that need a stable frequency output with low power consumption. Additionally, because of its well-defined and fixed frequency, it can produce highly accurate time signals.

The typical applications of the ECS-135.600-CD-0374 crystal oscillator include timekeeping functions in digital devices, computer peripheral clocks, precision clocks and alarm clocks, digital media players, and communications systems. It is also used as an input for digital frequency synthesizers used in radios and other communications devices.

The working principle of the ECS-135.600-CD-0374 quartz crystal oscillator is based on the piezoelectric properties of quartz. Whenever a voltage is applied to the quartz crystal, the crystal vibrates at a frequency determined by its shape, size and cut angle. This vibration creates an AC electrical signal of the same frequency which is then amplified and routed to the output. The frequency can be adjusted by varying the applied voltage which is achieved through the addition of passive or active components to the circuit.

The ECS-135.600-CD-0374 quartz crystal oscillator is a widely used and essential component in oscillator design. Its ability to produce highly accurate frequency signals with low power consumption has made it the preferred choice for many applications that require precise timing. Additionally, the device offers considerable cost savings when compared to alternative oscillators, making it highly attractive in terms of cost effectiveness.