MA-306 29.4912M-C: ROHS Datasheet/PDFA MA-306 29.4912M-C is a type of crystal designed to be used in a variety of industries and applications. This crystal is designed to be used in electronics and signal processing, where precise frequency measurements and precise timing are important. With a frequency range of 30.0 MHz, this device has a wide range of use. Its compact size makes it ideal for electronic product designs where board space is limited.
The MA-306 29.4912M-C is a type of crystal with a RoHS certification. RoHS stands for "Restriction of Hazardous Substances" and is an environmental regulation put in place in the European Union that limits the use of certain hazardous materials in manufactured products. This regulation is designed to help reduce the amount of potentially harmful toxic materials that may end up in the environment. To meet RoHS requirements, these crystals must pass a stringent battery of tests designed to evaluate their safety for the environment.
A MA-306 29.4912M-C has a variety of applications and is commonly used in a variety of industries. This crystal is commonly used in a wide range of telecommunications, medical, and military applications. It is also used in a variety of aerospace and automotive applications as well. This crystal is also used in radio frequency (RF) systems, such as broadcast transmitters, receivers, and transceivers.
The working principle of a MA-306 29.4912M-C is relatively straightforward. In its most basic form, this crystal oscillates at a set frequency, sending out a periodic electrical signal. This signal can be used by electronic components to accurately time and measure specific frequencies. This allows electronic products using this type of crystal to be incredibly precise and accurate in how they measure, control, and process signals.
Overall, the MA-306 29.4912M-C is a versatile crystal that is designed to be used in a variety of industries and applications. It is RoHS certified, making it safe for use in any environment. It is commonly used in telecommunications, medical, military, aerospace, and automotive applications, as well as in RF systems. The working principle of this crystal is relatively straightforward, as it oscillates at a set frequency, allowing the crystal to provide accurate and precise timing and measurement for a variety of applications.