ECS-480-8-47-JTN-TR Crystals, Oscillators, Resonators

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Crystals come in all shapes and sizes, but one of the most popular types are EC crystals, also known as electronically-compensated, or ECS. The EC crystals have a variety of applications, but one of the most common is as part of an oscillator circuit. The EC crystal of choice, in this case, is the ECS-480-8-47-JTN-TR. The crystal provides a resonant frequency of 3.2MHz, which is ideal for many oscillator applications.

The ECS-480-8-47-JTN-TR consists of two AT-cut quartz crystals enclosed in a metal package. Each crystal is 50 mils thick and 10 mils wide. The metal housing is usually made of brass, and the terminals are plated with gold to ensure the crystals remain corrosion free. The crystal is designed to be used in oscillator circuits and is rated for a power dissipation of 1000mW.

An oscillator circuit is designed to generate an output signal at a specific frequency. This frequency is determined by the resonance of the crystal, which is determined by its shape and size. In the ECS-480-8-47-JTN-TR, the crystal is cut so that it has two specific natural frequencies. When these frequencies are given to the circuit, it will oscillate at that frequency, producing an output signal at that frequency.

The ECS-480-8-47-JTN-TR is an electronic-compensated crystal, which means it is thermally and vibrationally compensated to ensure the frequency does not drift over time or with temperature changes. This is done by using a combination of precision trimming and temperature compensation on the quartz crystals. The result is a crystal that is exceptionally stable and reliable, even in harsh environmental conditions.

EC crystals, such as the ECS-480-8-47-JTN-TR, are used in a wide range of applications, such as telecommunications, timekeeping, and consumer electronics. They are also widely used in medical, industrial, and military equipment. The primary advantage of an EC crystal is its stability and accuracy, which make it ideal for applications where frequency control and timing are critical.

The use of EC crystals is becoming increasingly popular due to their stability and accuracy. This has made them a preferred choice for many applications requiring precise frequency control, such as those found in communications and timing systems. As such, the ECS-480-8-47-JTN-TR is an excellent choice for any project requiring a reliable and accurate oscillator circuit. It is highly reliable and stable, and is perfect for any oscillator application that requires perfect frequency control.

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