ECS-3225S18-320-FN-TR

Oscillators are widely used in many electronic components and systems for different applications. The ECS-3225S18-320-FN-TR oscillator from Arcotronics is one such device that is used for signal generation, frequency control, and for timing purposes. This device is a quartz crystal-based oscillator designed for low current consumption, low noise, high reliability, and cost effectiveness.

ECS-3225S18-320-FN-TR oscillator has a frequency range of 15-320MHz. It is designed to operate at a supply voltage of 3V and has an output drive power rating of 10mW. It has a typical maximum operating current of 160mA, a maximum rise time of 8ns and a maximum fall time of 11ns. In addition, this oscillator has excellent performance at elevated temperatures and is able to withstand high shock and vibration in its operation.

The primary application field of ECS-3225S18-320-FN-TR oscillator includes telecommunications, medical, and industrial systems that require low-power, durable, and accurate signal sources. It is also suitable for use in automotive, automatic assembly, and aerospace applications due to its reliable performance and high accuracy.

The working principle of ECS-3225S18-320-FN-TR oscillator is based on an electrical oscillator circuit containing a quartz crystal. The oscillator has a resonant frequency, which is determined by the quartz crystal. When a voltage is applied to the quartz crystal, it starts to vibrate physically and creates an AC mechanical wave. This wave is then received by the electrical circuit, amplified, and then converted into an AC electrical signal. This AC signal is then fed back to the quartz crystal, which produces a sustained vibration. This cycle continues and the circuit generates a steady waveform corresponding to the resonant frequency of the quartz crystal.

ECS-3225S18-320-FN-TR oscillator from Arcotronics can provide very accurate and reliable oscillations at fixed frequencies. This device is especially suitable for applications that require precision and low-power requirements. Additionally, the low current consumption, high reliability, and cost effectiveness of this oscillator makes it a great choice for a variety of applications.