416F24012ILT

416F24012ILT Application Field and Working Principle

The 416F24012ILT, a member of the 416 series of low-noise oscillators manufactured by the ILT, is a highly reliable and stable frequency control device designed for operation over temperature ranges. It is especially suitable for applications in communications, security systems, and other precision instrumentation where reliable frequency control is needed. The product is available in a wide range of options, including various frequency ranges and output levels.

The 416F24012ILT is a quartz crystal oscillator, utilizing a 4.9152MHz quartz crystal element as the tuning element. This type of oscillator is a variation on the classic Pierce crystal oscillator, which utilizes an amplifying transistor or other active device to drive the crystal at the desired frequency. The quartz crystal element is a vibrational element and will vibrate at a certain frequency when excited by an external signal. The 416F24012ILT is designed to take advantage of this fact and excite the crystal at the desired frequency. The frequency of the oscillation is accurately regulated by controlling the amplitude of the external excitation signal.

The 416F24012ILT is designed to be optimized for both low phase noise and low jitter. It achieves this by having a low noise floor and a high level of frequency stability over the entire temperature range. The device also has a low output power level, and a wide frequency range, allowing it to be used in high frequency applications. Additionally, the device can be programmed to lock at a specific frequency or allow some frequency variation, making it suitable for use in applications where a precision frequency is required.

The device also contains a thermally compensated crystal oscillator for improved long-term stability. The benefit of this type of oscillator is that it is kept at a constant temperature, reducing the effects of temperature variations on frequency accuracy. This means that the frequency of the oscillation remains the same over a wide temperature range, resulting in a more accurate, stable output.

In conclusion, the 416F24012ILT is a reliable and stable device for applications where accurate frequency control is needed. It has a wide frequency range, low output power level, and temperature compensation for improved accuracy and stability. This makes it an ideal choice for applications such as communications, security systems, and other precision instrumentation.