ECS-245.7-20-5PXDU-TR

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Crystals are among the most common components present in modern electronics equipment and technologies. The ECS-245.7-20-5PXDU-TR crystal is widely used in high precision computing and radio communication applications due to its very small size and high performance. It is a quartz crystal typically housed in a small 4-pin ceramic package, having high stability and low aging for long-term frequency control.

ECS-245.7-20-5PXDU-TR is a type of crystal oscillator that produces accurate frequencies with low-power consumption. This miniature device provides versatile frequency control options, including frequency switching between two or more predetermined frequencies or continuously sweeping the frequency range. The device operates by rectifying the alternating electric field generated by a quartz crystal, and then changing its magnitude and frequency, or amplitude, by energizing the crystal at different voltages or frequencies. Keeping a close watch on the temperature of the crystal and its immediate environment, the device works to fine-tune and maintain desired frequencies over the long-term. This is why it is widely used in precision timing applications requiring long-term stability.

The ECS-245.7-20-5PXDU-TR crystal offers a variety of features beneficial for modern radio communication and computing applications. Its small size and power-efficient operation make it suitable for embedded platforms with limited amount of space, while its superior frequency-stability and long-term reliability make it ideal for long-term, remotely monitored systems. It is also compatible with industry-standard 3.3V and 1.8V logic levels, enabling designers to take advantage of power-saving designs.

ECS-245.7-20-5PXDU-TR crystals are ideal for use in high-precision timing circuits, frequency synthesizers and communication systems with temperature-stabilized timing. Its versatile operation allows for the complex switching and frequency sweeping required for advanced radio communications, frequency listening and measurement algorithms and fast data transfer over wireless networks. The device is both cost-effective and power-efficient, and is designed for low-noise operation. In addition, it offers very high phase and frequency stability over a wide temperature range, making it highly versatile and ideal for use in multiple applications.

The key feature of ECS-245.7-20-5PXDU-TR crystals is their ability to maintain their accuracy even when the ambient environment undergoes fluctuations or thermal shock. This temperature-stabilized operation is beneficial in a variety of military, aerospace, navigation, and telecommunications applications. The crystal oscillators also feature advanced initialization and frequency control capabilities, allowing for very tight synchronization when producing extremely accurate frequencies or in a large network of connected devices.

The ECS-245.7-20-5PXDU-TR crystal is a low-power, temperature-stabilized device designed for use in high-performance computing and radio communication systems. Its small size and high performance make it suitable for deployment in embedded devices and for use in multiple applications. With features such as high stability and low frequency aging, it is the ideal solution for precision timing applications that require long-term stability and reliability.

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