MA-406 4.0000M-AD: ROHS

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Crystals are widely used in electronic applications due to their electrical stability and even frequency behavior. One type of crystal is the MA-406 4.0000M-AD: ROHS, a four-MHz surface mount crystal. The MA-406 4.0000M-AD: ROHS is a crystal component specifically designed for use in reducing the electrostatic charges generated by sensitive electronics components, meeting the standard ROHS requirements.

The MA-406 4.0000M-AD: ROHS can be used in a variety of applications where static shielding is essential, such as in medical devices, telecommunications devices, computers, and other items of similar sensitivity. This crystal component is also used in any application where the electrostatic discharge must be removed from a component due to the necessity of having an accurate frequency and timing.

The crystal component is designed to handle temperatures ranging from -30 to +80 Celsius. The crystal component is specifically used to prevent electrostatic discharge, commonly referred to as ESD, which occurs when electric charges build up on circuits and can lead to damage or destruction of electronic components.

The working principle of the MA-406 4.0000M-AD: ROHS involves a layer of silicon dioxide (SiO2) and a conductive layer composed of an alloy of aluminum/iron which is then covered with a thin layer of gold. The combination of these layers creates an energy field which acts upon the crystal, producing a frequency which is used to stabilize the electric current. This frequency can then be used to drive the internal components of a device, ensuring that static electric charges do not affect its performance.

The MA-406 4.0000M-AD: ROHS can be used in a variety of different applications in order to reduce or eliminate static electricity. In radio and television sets, this type of crystal component can be used to establish a frequency standard, ensuring that the signals were broadcast at the required frequency. In laboratory equipment, this type of crystal component can be used to ensure that the rate of accelerations and pressure on different samples remain at a constant level.

For telecommunications systems, this type of crystal component can be used to ensure that the timing and synchronization of phone calls are accurate and that any static electric charges that may build up do not affect the conversation. In computer systems, this type of crystal component can be used to maintain the speed within a given range, as well as to prevent any static charges from affecting the internal workings of the system.

The MA-406 4.0000M-AD: ROHS is a crystal component specifically designed for use in reducing the electrostatic charges generated by sensitive electronics components, meeting the standard ROHS requirements. This type of crystal component can be used in a variety of different applications to prevent static electricity and maintain an accurate frequency. The working principle of the crystal component relies on a combination of a silicon dioxide layer and a conductive layer, which creates an energy field and produces an accurate frequency.

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