ECX-L27CM-32.768

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are electrical circuits that generate rhythms or recurring waveforms, frequently electrical sine waves. They find applications in many fields of technology, from the sweeping of the electron beam of a cathode ray television tube, to testing circuits using frequency analysis, to the driving of digital logic circuits. ECX-L27CM-32.768 is one of the most widely used types of oscillators.

ECX-L27CM-32.768 is an oscillator commonly used for time and frequency control applications. Its working range is 0.1Hz to 500kHz and the temperature stability, frequency tolerance and aging rate are all very stable and accurate. It is one of the most widely used quartz oscillators for timing devices, such as laptops, hard drive controllers, clocks and watches, while the larger ECL-L27WCM-32.768 is used most frequently in frequency control applications.

Application Field

ECX-L27CM-32.768 oscillators can be used in many different applications. They are used as reference clocks for fundamental frequency sources, for timekeeping in digital and analog systems, as source clocks in digital logic circuits, and for many other time-dependent tasks. They are also used in communications systems and for driving electronic frequency-controlled monitors or displays.

In addition to timekeeping applications, ECX-L27CM-32.768 oscillators can be an integral part of systems such as computers, electronic equipment, instrumentation, clocks and watches. They may also be used as test and set-up oscillators, as part of a clock synchronization system, and as part of aircraft navigation systems. When used in back-up power systems, they ensure that a synchronized time reference is maintained even if the main power fails.

Working Principle

ECX-L27CM-32.768 oscillators use a quartz crystal as their sonic source material. This crystal behaves in a predictable and controllable way when electric charges are applied to its surface. When the surface of a crystal is stressed by an electric charge, it responds by generating a frequency or a sinusoidal wave. This sinusoidal wave is fed into an amplifier circuit, which boosts the power and amplifies the signal, controlling the frequency of the electron beam in a television set. This amplified signal is then fed into the digital logic or other system dependent on frequency. The crystal oscillator creates and maintains a holding frequency and supplies a constant time reference for most electronic systems.

The quartz crystal oscillator’s frequency can be fine-tuned to produce a specific frequency. This is accomplished by applying a voltage to the crystal that varies the frequency at which it vibrates. The oscillator can be tuned to very specific frequencies, often more precise than what is available in an electronic frequency counter, and is therefore used in many precision frequency applications such as data recovery, time keeping, communications, and audio and video synchronization.

ECX-L27CM-32.768 oscillators are easy to use and can be used in a variety of applications. They provide stable, accurate, and consistent timing for many types of electronic and communication systems. Their use in timekeeping and frequency control systems is especially important when accuracy and reliability are paramount, and they continue to be an essential component for many types of systems.

The specific data is subject to PDF, and the above content is for reference