403I35E20M00000 Crystals, Oscillators, Resonators

Crystals are solid materials made from atoms and molecules. They are composed of repeating internal patterns that span three-dimensional space, giving them unique physical and chemical properties. Crystals have a variety of applications in industry and everyday life, especially for electronic devices and precise measurements. One type of crystal used in these applications is called a 403I35E20M00000.

The 403I35E20M00000 crystal is a type of voltage-controlled crystal oscillator (VCXO) made by Citizen. It is essentially a quartz crystal that can be used in place of a more expensive clock oscillator. It offers high precision at a much lower cost than other alternatives. Its frequency stability and accuracy are outstanding, as well as its low jitter and close-in phase noise performance.

The 403I35E20M00000 is used in several different types of applications. It can be used as a timebase or clock source in communication systems to maintain exact timing, or in system timing or synchronization applications. It is also used in mobile phones, digital cameras, automotive electronics, and medical imaging systems. It can provide excellent jitter performance which is essential for these systems.

The 403I35E20M00000 crystal works by generating a continuous sinusoidal waveform when a specific type of electrical stimulation is applied. This waveform has a specific frequency determined by its physical structure, which is determined by the type and arrangement of atoms. When the electrical stimulation is removed, the frequency of the waveform becomes fewer in amplitude until it eventually dissipates. This frequency is highly stable and it is the key to the 403I35E20M00000\'s accuracy and precision.

The 403I35E20M00000 crystal can be used in many different types of systems, making it a versatile and reliable component. Its high stability and accuracy make it an ideal choice for any system requiring precise timing and synchronization, especially for those with data transmission and reception requirements. Its low power consumption and low cost make it even more attractive to system designers.

In conclusion, the 403I35E20M00000 crystal is a versatile and reliable choice for applications that require precise timing and synchronization. Its accuracy and stability make it a great option for communications, automotive, and medical systems, as well as for any other systems that need a reliable and low-cost clock source. The crystal works by generating a sinusoidal waveform when an electrical stimulation is applied, and its frequency is highly stable and precise, making it the perfect choice for applications and systems that require exact timing and synchronization.