ECS-160-20-3X-TR Crystals, Oscillators, Resonators

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Crystals are widely used in a range of electronic devices and instruments, from computers to gadgets and more, to display and regulate the time, frequency and stability of these devices. The ECS-160-20-3X-TR is a high-precision crystal oscillator used in many electronic devices, such as digital cameras, electronic watches, Bluetooth headsets and GPS systems. This article will discuss the application field and working principle of the ECS-160-20-3X-TR.

The ECS-160-20-3X-TR oscillator operates at 16.38MHz, has a frequency tolerance of +-0.2ppm and a temperature range of -20 to +70 ℃. It is typically used in communications, navigation, military and industrial electronics. For instance, the ECS-160-20-3X-TR is routinely used in high-precision computer-aided tracking systems and is excellent for frequency-hopping applications, especially where high-precision target tracking and accuracy is required. Its wide temperature range allows it to be employed in harsh environmental conditions.

The main components of the ECS-160-20-3X-TR are a quartz crystal, an oscillator integrated circuit (IC), and some passive elements. The quartz crystal is used to generate clock signals and to maintain the same frequency even when the device is switched off. It is connected to the IC through a pair of two wires, which supply voltage and ground. The IC is used to amplify and buffer the clock signal, and the passive components are used to fine tune the output frequency.

The ECS-160-20-3X-TR oscillator works by utilizing the inverse piezoelectric effect of quartz crystals. The quartz crystal is made up of a lattice of quartz molecules and when current is applied to it, the crystal vibrates at its resonant frequency. This vibrating crystal induces current at its terminals which is used as the clock signal. The output frequency is regulated by adjusting the feedback components and this is done to ensure that the output frequency is consistent and accurate.

In summary, the ECS-160-20-3X-TR oscillator is a high-precision device used in a variety of electronics and applications. It employs the inverse piezoelectric effect of quartz crystal and is typically used in communications, navigation, military and industrial electronics. This oscillator is capable of maintaining a consistent output frequency and is excellent for applications where accuracy and stability are required.

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