416F38033IKR

Crystals are foundational electronic components, providing the backbone of human-engineered electrical systems. A prime example of such is the renowned 416F38033IKR, an oscillator crystal that provides an enlightening example of the versatility of these components.

The 416F38033IKR is comprised primarily of Quartz, which provides the foundation for its oscillation. Further, the component contains electrodes that facilitate the crystal\'s manipulation through external electrical forces. Through the generation of a harmonic frequency current it works to provide a stable and reliable source of voltage for a variety of systems, from watch movements to radio communications.

The component can provide an oscillation frequency that varies from 32khz to 50khz, making it ideal for use in systems needing anywhere from relatively low currents to higher frequencies. In addition, the component can provide extraordinary stability and is capable of sustaining operations over a range of operating temperatures.

The component is particularly known for its use in watch mechanisms. As one would expect of any component used in a watch, the 416F38033IKR provides accurate and consistent oscillation frequencies, readily maintained even when facing dramatic temperature changes.

Along with its use in watchmaking, the component has seen frequent use in RF communication systems. Its frequency range combined with its extreme stability makes it ideal for use in modem communications, transmitting and receiving data with surprising accuracy and precision. The component is also outstanding at radio-based communications across long-distances, further solidifying its place in electrical engineering.

The component is fine-tuned for a particularly broad scope of application, making it well-suited for a dizzying array of applications, from watch movements to long-distance radio communications. Its oscillation frequencies and stability, among other superior features, make it a highly reliable and trustworthy component, ensuring that its use will remain frequent in the years to come.