416F24012IKT

Crystals are omnipresent in today\'s electronics and play a crucial role in both traditional and today\'s modern technological systems. The 416F24012IKT crystal oscillator is an example of one type of crystal oscillator used in many digital systems and applications. The 416F24012IKT is an orientation adjustable unit, meaning it can be installed in any orientation in order to compensate for the orientation of the oscillator\'s circuit board.

416F24012IKT Application Field

The 416F24012IKT crystal oscillator has a frequency range of 32.768-40 MHz and is mainly used in communication systems and space applications, both in base and satellite applications. The 416F24012IKT crystal oscillator has a wide operating temperature range of -40 to +125C, making it suitable for harsh environmental conditions found in many modern communication systems.The 416F24012IKT crystal oscillator also has excellent shock and vibration resistance, allowing it to withstand high mechanical stresses while still maintaining excellent performance characteristics. The 416F24012IKT can also be used in motion control systems and microprocessor-based systems. In addition, this type of crystal oscillator can be integrated into systems with low-power requirements.

416F24012IKT Working Principles

The 416F24012IKT crystal oscillator operates on the principle of frequency generation via crystal vibrator. It consists of two parallel plates (crystal plate) made of crystals such as quartz, whose frequency of oscillation is determined by the number of electrons fixed into the plates. The 416F24012IKT crystal oscillator generates a steady output frequency by arranging the arrangement of the crystal plates, which then forms a standing wave between them. This standing wave is known as the natural frequency of the crystal and is determined by the crystal\'s physical size and shape.In contrast to other frequency generation methods, the 416F24012IKT crystal oscillator can be used to generate frequencies from 32.768 to 40 MHz, meaning it is ideal for communication systems. As such, the 416F24012IKT crystal oscillator is also used in frequency synthesis, in which multiple mutually exclusive frequencies are generated by combining the outputs of multiple crystals, and in radio receivers, where the frequency is critical to reception.The 416F24012IKT crystal oscillator also offers excellent insulation and reliability, making it the preferred choice in many digital systems and applications. Its excellent features and performance characteristics make it a suitable choice for many modern day digital systems and Applications.