MA-406 12.0000M-A: ROHS

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Crystals play an integral role in modern electronics. From radio transmitters and receivers to digital clocks, computers, and cell phones, the transmission and reception of signals relies heavily upon tuning crystals. Therefore, if you are involved in the construction of any type of electronic device, chances are that you will eventually need to select and use the right crystals. The MA-406 12.0000M-A, a tuning crystal made by Murata, offers an attractive choice because it is compliant with the requirements of the Restriction of Hazardous Substances (RoHS) initiative.

The aim of the RoHS initiative is to reduce the amount of hazardous materials and substances released into the environment by manufacturers of electronics and other products. Since the majority of tuning crystals utilize heavy metals such as lead, manufacturers must take steps to reduce or eliminate the use of such materials in order to remain complaint and not run afoul of local, state, or federal laws. The MA-406 12.0000M-A is one such crystal that meets RoHS requirements.

The MA-406 12.0000M-A is characterized by its frequency accuracy, small size, and wide range of operating temperatures. It is also highly stable over time and vibration, which makes it an optimal choice for many applications. These features contribute to its wide range of applications, which include frequency synthesis for radio receivers, low phase noise oscillators used in communication systems, clock generators in computers and electronic devices, filters, use in high frequency communication systems, and precision frequency sources.

Another key aspect of the MA-406 12.0000M-A is its working principle. To operate, this crystal needs to be driven by an alternating current in order to continuously switch the direction of the current in the circuit where it is placed. This alternating current causes the crystal to vibrate in order to produce a frequency, which is then transmitted or received, depending on the application. Generally, crystals require very little power in order to function, which explains why they are so consistently used in low power devices.

The MA-406 12.0000M-A is designed for use in a variety of electronic systems where precision frequency sources are needed. Its small size and low power consumption make it an ideal choice for use in aerospace and defense applications, as well as medical and automotive industries that are heavily regulated. By utilizing this crystal, manufacturers are able to ensure the highest levels of precision and compliance, which makes it an attractive choice for manufacturers and users alike.

In conclusion, the MA-406 12.0000M-A is a tuning crystal made by Murata that complies with RoHS requirements. It offers a wide range of applications, including frequency synthesis for radio receivers, filters, clock generators in computers and electronic devices, and precision frequency sources. The crystal operates by using a small alternating current to cause it to vibrate, which produces a frequency. This crystal is suitable for use in a variety of electronic systems due to its small size, low power consumption, and wide temperature range. It is an ideal choice for aerospace and defense applications, as well as medical and automotive industries that are heavily regulated.

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