ECS-SR1-4.19-A-TR Crystals, Oscillators, Resonators

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Resonators are essential components for oscillators and filters due to their superiority in the field of consistency and stability. They are usually composed of a period filter with an inductor and a capacitor, so they can pass certain frequencies. Among customized radio frequency (RF) solutions, the ECS-SR1-4.19-A-TR is an environmental-friendly and highly-reliable ceramic resonator with no power sources required. Here, we discuss what this ECS-SR1-4.19-A-TR can be used for and how it works.

The ECS-SR1-4.19-A-TR resonator is ideal for a broad range of applications, such as mobile and digital products, GPS, electronic toys, and audio systems. It offers an excellent temperature stability over -40˚C-85˚C, high frequency stability up to ±100PPM and low stray capacitance. This resonator is extremely small and lightweight, no bigger than 5mm x 7mm x 1.15mm, so it is ideal for space-limited applications.

The ECS-SR1-4.19-A-TR resonator is specially composed of an active portion and a sub-resonator deposited within an advanced dielectric glass. The active portion is the mobile part of the resonator, which uses ceramic as the main active material and is located at the free end of the electrode bodies. The sub-resonator is what provides the temperature stability and reliability and is composed of three components: a ceramic plate, a glass slab, and the terminal plate.

Put simply, this resonator works by generating an electro-magnetic frequency, which is passed through the ceramic plate. When this frequency reaches the glass slab, an electromagnetic field is generated. This electromagnetic field then reacts with the metal on the terminal plate to produce vibrations at the same frequency, which are then passed through the entire resonator and later picked up by the receiver. This process allows the resonator to produce the same frequency without external power sources.

In conclusion, the ECS-SR1-4.19-A-TR resonator is an excellent example of a modern resonator. It has a broad range of applications, is extremely reliable and tiny, and is fully capable of producing a consistent and stable frequency without external power sources. In addition, it is environmental-friendly, making it ideal for consumer goods.

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