416F384X3IDR

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Crystals are electrical components that can be used as a resonator to control the frequency of an oscillator by producing a precise, stable frequency based on the resonator’s physical properties. The 416F384X3IDR is an N-Type quartz crystal that is commonly used in oscillator circuits and various radio-frequency applications. It has a standard frequency of 16.000000 MHz, a tight tolerance of +/- 0.3 Hz, and a supply voltage of 3.3 V.

The 416F384X3IDR crystal has a unique hermetically-sealed package that provides superior stability and reliability. Its tight frequency tolerance and superior electrical performance make it ideal for precision quality control and process control applications. It also offers excellent reliability and robustness, making it ideal in industrial and military equipment.

The 416F384X3IDR crystal is typically used in applications that require superior reliability, stability and accuracy in oscillator circuit applications, such as radios, television receivers and mobile devices. The crystal is well-suited for timekeeping and frequency control applications in systems that require a precise timing reference. It is also used in measuring instruments, clocks and timers, video game consoles and other applications where precision frequency control is required.

The 416F384X3IDR crystal works by resonating at a precise frequency using an oscillator circuit. The resonator is powered by an electrical current, typically 3.3V. When electrical current is applied, the crystal produces a harmonic vibration that is proportional to the frequency of the electrical current applied. This oscillation at the desired frequency is then used to form the basis of the datalink and clock signal in communications, precision sensors, and general purpose timing purposes.

The 416F384X3IDR crystal is an extremely reliable and accurate quartz crystal and is used in a variety of applications. Its superior stability and performance make it an excellent choice for precision applications, measurement instruments, communications and general timing purposes. The hermetically-sealed package also provides superior reliability and robustness, making it ideal for industrial and military equipment.

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