MA-406 4.0960M-C3: ROHS

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Crystals are solid, naturally occurring materials made from one type of atom that is arranged in 3D structures. These crystals have physical, electrical and chemical properties that cannot be replicated by just mixing any number of compounds and then crystallizing them. Crystals are used as components in many applications, ranging from providing the infrastructure for telecommunications systems, to providing a fundamental component in innumerable electronic products.

The MA-406 4.0960M-C3 is a low-cost necessary component to the manufacture of many electronic products. This crystal includes an integrated circuit (IC) and a temperature stabilizing diode. It is available in both through-hole and surface mount configurations, making it great for use in both hardware and software applications. As a cost effective solution to many electronic devices, the MA-406 4.0960M-C3 complements any system.

In terms of its ROHS application, the MA-406 4.0960M-C3 is the perfect component for meeting the requirements set forth by the Restriction of Hazardous Substances (ROHS) directive. The ROHS directive was designed to reduce exposure to toxic chemicals used in the production of electronic components and products. The MA-406 4.0960M-C3 has been designed with no lead, cadmium, nickel, chromium, and mercury, avoiding exposure to these toxic substances. By being free from hazardous materials, the MA-406 4.0960M-C3 is an important component for ROHS applications.

The working principle of a crystal is based on the physical phenomena of piezoelectricity. Piezoelectricity is the tendency of certain materials to develop potential differences across their surfaces when subjected to a mechanical force. It occurs in materials such as quartz that is composed of layers of atoms that when an electric current is passed through them, the atoms vibrate and the resulting mechanical energy is converted into an electrical signal. This electrical signal is then used to trigger a reaction in the circuit.

The MA-406 4.0960M-C3’s temperature-stabilizing diode is key in using the crystal in applications such as timepieces, frequency references, and voltage controlled oscillators. This diode ensures that the oscillator started by the crystal retains its signal stability over a wide temperature range. As the temperature changes due to outside influences, the signal remained true and consistent, allowing for accurate timekeeping without the need for manual corrections.

The MA-406 4.0960M-C3 is a versatile and cost effective solution to many electronic device applications. Its ROHS qualification ensures it can be used in any environment, while its temperature-stabilizing diode allows for consistent and accurate signal performance across extreme temperatures. Not only is the MA-406 4.0960M-C3 an important component for ROHS applications, but it is also a great addition to any crystal-enabled system.

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