416F3701XCTT

416F3701XCTT Application Field and Working Principle

416F3701XCTT is a type of crystal oscillator developed by Aperture Crystal Technologies. It is used primarily in applications requiring precise timing, such as timing circuits for electronic systems, frequency counter, TV systems and e-commerce systems. The crystal oscillator is available in various packages, including plastic DIP, metal TO-220 and PGA.

The 416F3701XCTT crystal oscillator utilizes a specialized crystal competent of extremely accurate frequency control. It is constructed with a precise cut quartz resonator. This quartz resonator has a unique frequency response with a predictable and easily measured frequency output. A metal film resistor mounted in close proximity to the quartz resonator ensures the attainable frequency accuracy as different crytal elements tend to deviate slightly in frequency at different temperatures.

The 416F3701XCTT oscillator employs a hybrid manufacturing technique that produces a device with both low power consumption and a relatively high output impedance. The oscillator includes a programmable excitation capacitor connected to each of the quartz resonator’s two terminals. This capacitor is typically programmed to the desired operating frequency, allowing the device to operate with an accuracy of 0.2MHz.

The 416F3701XCTT oscillator also features an internal temperature compensating device which helps to maintain an optimal temperature operating range for the oscillator. The temperature compensating device is connected to the quartz resonator and works to keep the frequency of the oscillator stable over a wide temperature range. The internal temperature compensating device also includes a feedback loop to allow the oscillator to autonomously adjust the quartz resonator frequency as the operating temperature changes.

The 416F3701XCTT oscillator is useful in applications that require accurate timing. It operates with a high accuracy and provides a reliable performance over a wide temperature range. Its hybrid manufacturing technique has enabled low power consumption and the device is available in various packages for easy installation.