402F250XXCLR

402F250XXCLR Application Field and Working Principle

402F250XXCLR is a type of crystal oscillator that provides accurate, highly stable frequency in a wide range of applications. This type of oscillator is an excellent choice for timing and frequency control in a variety of applications, ranging from military, industrial and medical to automotive and communications.

The 402F250XXCLR utilizes a quartz crystal in a 4-pad ceramic package. It is designed to have low jitter and noise, thus providing excellent signal quality. The oscillator offers stability over the full operating temperature range of -40 to 85 degrees Celsius, allowing for better accuracy and reliability.

The crystal oscillator is an electronic circuit which uses the physical characteristics of a quartz crystal to produce an oscillation which has a frequency that is reliable and accurate. The quartz crystal works as a vibrator, and frequency is set by the crystal material’s cut-off frequency. The quartz crystal properties keep their frequency relatively no matter how much the temperature, applied voltage, or signal propagation delay changes.

The 402F250XXCLR oscillator offers low-cost solutions for timing and frequency applications. It is a reliable and easy to handle solution for instances where oscillator circuit board space is limited. The small size of the oscillator and its low current consumption also make it suitable for use in battery-operated applications.

The 402F250XXCLR has a wide frequency range from 0.08MHz to 50MHz, offering flexibility in its use. Different frequency output configurations are available, such as CMOS, LVCMOS, Low-Voltage Swing (HCSL), and Differential-Voltage Swing (LVDS) outputs. The output voltage intensity can also be customized from 2.5V up to 5V, to match the specific needs of different applications.

The 402F250XXCLR is one of the most advanced crystal oscillators and it is used in a variety of applications because it offers excellent signal quality, accuracy, and reliability. It is a reliable and cost-effective choice for a wide range of applications, ranging from military to medical.