ECS-49-20-19A-TR

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Crystals are used in many different types of applications, and one of the most popular types is that of the ECS-49-20-19A-TR. This crystal oscillator is a wide-range crystal which has a wide range of features and capabilities. In this article, we\'ll discuss the application field and working principle of the ECS-49-20-19A-TR, and how it can be used across a variety of applications.

The ECS-49-20-19A-TR is a high-performance crystal, which is designed for high-frequency stability, high-temperature operation, low-noise, and long life. It is a wide-operating temperature range crystal, with a frequency range of 0.5 - 30 MHz and aEMC/ESD rating from -45dB to +95dB. The crystal consists of a quartz crystal, a resonator and a stabilizing element to ensure the clock signal is oscillating at the desired frequency.

The clock signal generated by the ECS-49-20-19A-TR is used to synchronize the operation of various electronic devices. This signal is transmitted as a series of digital “1” and “0” pulses, which are then detected by other devices. This makes the crystal oscillator an important part of the synchronization system of many electronic devices. Some of the common applications of the ECS-49-20-19A-TR include radio receivers, digital signal processors, RF transceivers, cellular base stations and broadband communication systems.

In order to ensure that the clock signal is generated accurately, the ECS-49-20-19A-TR utilizes a temperature compensated many-point compensation curve. This ensures that the signal is not affected by temperature changes, resulting in more accurate clock signal generation. The many-point curve also ensures that the signal is generated at exactly the same frequency, regardless of any external factors. The crystal also has an excellent EMC/ESD rating, which ensures that the signal is unaffected by any external electromagnetic noise.

Another important feature of the ECS-49-20-19A-TR is its low-jitter operation. Jitter is a measure of the timing error between two signals. In order to ensure accurate operation, the jitter must be kept as low as possible. The ECS-49-20-19A-TR has an Ultra Low-Jitter Mode that allows for extremely low jitter levels. This makes the crystal ideal for applications that require very precise timing.

In conclusion, the ECS-49-20-19A-TR is a high-performance crystal oscillator with a wide range of features and capabilities. Its wide operating temperature range and low-noise design make it ideal for a variety of purposes, ranging from radio receivers and digital signal processors to cellular base stations. Its many-point thermal compensation curve ensures accurate clock signal generation and its Ultra Low-Jitter Mode ensures precise timing. All of these features make it an ideal choice for a variety of applications.

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