403I35E18M43200

Crystals

403I35E18M4320is an oscillator type crystal with a unique frequency range of 18 MHz and a stability rating of 30.5 picoseconds. It is a mature technology and is widely used in communication and other frequency critical applications.

The crystal is an electronic device consisting of a piece of crystalline material, usually quartz, which forms the resonating element. The frequency at which the crystal resonates is determined by its shape and size, so the frequency can be designed and controlled as needed.

The 403I35E18M4320has an SC-cut design and a wire bonded quartz plate. It can be used in a wide range of applications, including frequency generation, modulation and demodulation, and frequency stabilization.

The working principle of the crystal oscillator is based on the quartz resonating at a certain frequency. It is composed of two electrodes and a quartz crystal, which acts as a dielectric. The electrodes are driven by an oscillating signal from an external source, which causes a change in the electric field in the quartz crystal. This change in the electric field produces a vibration at the frequency of the oscillator determined by the size and shape of the quartz crystal. This vibration is then used to generate voltage signals for frequency generation and modulation.

The 403I35E18M4320is a reliable, high quality crystal with excellent performance parameters. It is extremely temperature stable and can handle temperature ranges up to 150°C. The high stability of the crystal makes it ideal for applications where frequency accuracy is important. It is also resistant to vibration, with a high comparison frequency ratio (CF).

The 403I35E18M4320has a wide range of applications in multiple industries, including communication, medical, automotive and aerospace. It is used in a variety of frequency dependent applications, such as frequency synthesis, frequency control and frequency sensing. In communication applications, the crystal can be used to generate the carrier frequency for television and wireless communication systems. In medical applications, it can be used to control the frequency of medical equipment. In automotive applications, it can be used for frequency control in engine control systems. In aerospace applications, the crystal can be used for frequency stabilization in navigation and radar systems.

In conclusion, the crystal oscillator is a highly reliable and accurate electronic device with a wide range of applications. The 403I35E18M4320is a mature technology that can be used to generate and control the frequency in a variety of frequency dependent applications. Its high temperature stability, high CF and vibration resistance make it an ideal choice for frequency control in a variety of applications.