406C35B13M00000 Crystals, Oscillators, Resonators

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Crystals are solid substances that are composed of atoms arranged together in three-dimensional shapes. Examples of crystals include diamond, quartz, and ruby. They are distinguished by their high points, facets, and symmetry. With the advance of technology, many different types of crystals have been developed, such as 406C35B13M00000. This type of crystal is specifically used in various electronic applications.

The 406C35B13M00000 crystal is a small, chip-style crystal with a size of only 0.8x1.2 mm. It is a ceramic, surface-mounted quartz crystal which is capable of withstanding extreme temperature, shock and vibration. It is also an environmentally friendly crystal, offering low power consumption and low EMI/RFI.

The 406C35B13M00000 crystal has many practical applications. It can be used in a variety of electronic devices, such as radios, digital cameras and video recorders. It is also used in medical devices, telecommunication systems, computers, laptops and more. It is also often used for timing and frequency calibration of machine-tool cycles.

The 406C35B13M00000 crystal is characterized by its high stability and accuracy. It has a temperature tolerance from -55°C to +125°C, which makes it a highly reliable and accurate crystal. The frequency stability of this type of crystal ranges from ±30 ppm to ±50 ppm, which offers very precise timing and frequency control even in extreme environmental conditions.

In order to function, the 406C35B13M00000 crystal must be connected to an oscillator to oscillate the signals at a specific frequency. This oscillator is responsible for providing a voltage signal to the crystal in order for it to oscillate at a certain frequency. The oscillator will then convert this oscillation into electrical signals, which are then amplified and transferred to other components of the circuit.

The 406C35B13M00000 crystal is a highly useful and reliable component in the electronics industry. It offers high stability and accuracy, as well as low power consumption and environmental friendliness. It is primarily used in various electronic devices, such as radios, digital cameras, medical devices and telecommunication systems.

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