ECS-240-20-5PVX

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Crystals are some of the most versatile materials in existence, due to their ability to control electrical and mechanical properties of systems. As such, they have become important components in many industries. The ECS-240-20-5PVX is a crystal specific to telecommunications, and it has become a valuable tool in enabling reliable radio communication between two systems.

The ECS-240-20-5PVX consists of a type 2 SC-Cut crystalline material, encased in a gold-bonded aluminum housing. This makes the crystal ideal for applications in which the counterpoise must be adjustable and its frequency must remain stable. The crystal is actually a piezoelectric resonator, producing a static electric field at its base when excited. This field provides the mechanical stability for the crystal and allows it to oscillate at its own frequency. This frequency is then used as a reference for communication between systems.

When sourcing this device, it is important to note that the ECS-240-20-5PVX has specific temperature and vibration requirements in order to function properly. The device is temperature rated from -20°C to +70°C, and it can withstand shock and vibration levels up to 100 G’s. This makes it suitable for a wide range of applications, including vehicular health monitoring, industrial and automotive radio telemetry, and cell phone base station applications.

The working principle of the ECS-240-20-5PVX is quite simple. When excited, the crystal produces an alternating current at its oscillation frequency, which is then used to generate and transmit radio waves. The radio waves can then be used to establish communication between two systems. Additionally, the ECS-240-20-5PVX can be used to maintain an extremely precise frequency for use in frequency modulation (FM) applications. When used in this manner, the crystal ensures that multiple observers receive a steady broadcast at the exact same frequency.

In conclusion, the ECS-240-20-5PVX is an incredibly versatile crystal, making it ideal for use in many communications applications. It is a type 2 SC-Cut crystal, encased in a gold-bonded aluminum housing that is temperature rated from -20°C to +70°C, and it features a wide operating range that is capable of sustaining high shock and vibration levels. The working principle is quite simple, as it produces an alternating current at its oscillation frequency, which is then used to generate and transmit radio waves. The ECS-240-20-5PVX is an integral component in enabling reliable, long-distance radio communication between two systems.

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