ECS-3518-320-B-TR

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Oscillators are electrical circuits that generate repetitive signals in a electromagnetic, electrical, or mechanical form, which can then be used to pick up or transmit information. The ECS-3518-320-B-TR is a multi-purpose Quartz Crystal Oscillator from ECS. This oscillator is most commonly used in the field of broadcasting, navigation, telecommunications, consumer electronics, and markets reliant on precision timing.

The ECS-3518-320-B-TR operates on quartz crystals, which are the most precise and stable frequency-generating devices on the market. Quartz crystals are formed from the mineral quartz, which is why quartz clocks have become the industry standard for accuracy and reliability. When discussing Quartz Crystal Oscillators, frequency accuracy is measured in parts per million (ppm), and it is the standard measure of accuracy for the industry.

Due to their stability and accuracy, Quartz Crystal Oscillators are used in many applications that require precise timing, such as clocks, watches, radios, automotive navigation systems, and IoT devices. The ECS-3518-320-B-TR is capable of outputting frequencies ranging from 18 MHz up to 320 MHz, offering an ideal solution for any project requiring a high-quality oscillator.

The ECS-3518-320-B-TR also features a temperature compensated frequency over a wide temperature range -9 to +71°C. This ensures that the oscillator is able to maintain a consistent output frequency even in extreme temperatures. It also implements an auto frequency calibration technology, which allows for easy operation. It also has a low power consumption and a low jitter output for high-precision timing.

The working principle of the ECS-3518-320-B-TR is quite simple. It works by combining the piezoelectric properties of quartz with the electronic feedback principle. quartz is a crystal that possesses unique piezoelectric properties. This means that when an alternating current is applied to the quartz crystal, the quartz will vibrate. This vibration is then converted into an electrical signal.

The electrical signal is then sent to a circuit, which is connected to a feedback loop. This feedback loop amplifies the electrical signal, and then sends it back to the crystal. This amplifies the vibration of the quartz, and thus increases the output frequency. This process is repeated in a cycle, and the oscillator is able to maintain a consistent output frequency until the current is removed.

The ECS-3518-320-B-TR is an ideal solution for applications that require a stable and accurate oscillator. Its high frequency range, temperature compensated frequency, low jitter output, and low power consumption make it the perfect choice for any precision timing project.

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