403I35E26M00000 Crystals, Oscillators, Resonators

403I35E26M00000 Application Field and Working Principle

403I35E26M00000 is a crystal oscillator product with a frequency range of 40-50MHz. It has a ceramic package, good shock and vibration resistance, low temperature drift and wide temperature range. It is mainly used in:

• Military and aerospace industries;
• Communications systems;
• Broadcasting systems;
• Computer mainframes and add-on cards;
• Industrial automation systems;
• Medical monitoring systems;
• LED ballast and sounders.

The working principle of the 403I35E26M00000 is based on the basic physical properties of crystals, namely the piezoelectric effect. Piezoelectric materials are substances that have a property in which they exert an electric charge when they are subjected to mechanical stress. This principle underlies the operation of the403I35E26M00000.

The cores of the 403I35E26M00000 contain a quartz crystal. The crystal oscillator produces electrical signals that stimulate the crystal. The crystal itself is a tiny electronic component which vibrates at a very high frequency when it is electrically charged. This is known as the Piezoelectric Effect.

The crystal is then used as a resonator, meaning it will vibrate at a certain frequency when an electrical signal of the same frequency is applied to it. The frequency of the electrical signal is determined by the frequency of the crystal itself, which is set at the time of manufacturing. The frequency of the 403I35E26M00000 is thus precisely determined at the point of manufacture, and can be very accurately tuned and adjusted.

The 403I35E26M00000 is connected to an electrical circuit by two leads which are connected to a pair of electrodes on the crystal. A single connection point is provided on the integrated circuitry of the oscillator which the user can access. This connection point is typically used to attach a tuning device to adjust the frequency of the oscillator.

In operation, the403I35E26M00000 produces an electrical signal with a constant frequency, which is then used by the electronics in the circuit to provide timing information or serve as a reference signal for other circuitry. The 403I35E26M00000 is an essential component of many electronic circuits, and is used in a variety of applications such as watches, clocks, timers, radios, cell phones, and computers.