416F50025ISR

416F50025ISR Application Field and Working Principle

The 416F50025ISR is an ideal crystal oscillator for standard frequency applications. It is manufactured with low jitter techniques and offers outstanding overall performance. This device is commonly used in microwave and satellite communication systems, telephony, data communication and military applications where precise control of frequency, phase and stability are necessary.

The 416F50025ISR operates on a center frequency of 5 MHz and uses patented low-noise circuitry and low-jitter techniques to achieve its high accuracy. A single crystal is connected to the base of an oscillator amplifier for increased stability. This crystal is housed in a hermetically sealed ceramic package for excellent protection from the environment and other outside influences.

The 416F50025ISR provides precise frequency control through advantages such as excellent long-term stability, low phase noise and lower total harmonic distortion. These features are achieved by using a high-performance oscillator amplifier and a unique temperature compensation circuit. Packing multiple crystals inside its package allows this device to always provide excellent frequency stability even when changing conditions. Additionally, the device includes a low-power sleep mode that further reduces energy consumption.

The 416F50025ISR is also extremely reliable and has a long operational life. It is tested in accordance with the Military Standard 883 and features an operating temperature range of -40ºC to 85ºC. This crystal oscillator is designed to withstand harsh environmental conditions such as moisture and vibration.

In conclusion, the 416F50025ISR is an ideal solution for applications that require accurate frequency control as well as reliable long-term stability and performance. Its low-jitter technology, multiple crystal design, temperature compensation circuit and unique sleep mode provide this device with superior accuracy and extraordinary performance.