C3392-40.000

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Oscillators: C3392-40.000 Application Field and Working Principle

Oscillators are an important component in many electronic devices, acting in a wide range of applications including signal generation, clock synchronisation, and providing acoustics. C3392-40.000 is a specific oscillator made by PANASONIC, and is widely used in fields such as temperature measuring, medical applications and hobby circuits.

This specific oscillator consists of a shape memory alloy (SMA) drive member, a quartz resonator, and a housing made of molded resin. The SMA drive member has two stable states which will thermally switch its properties in different temperature conditions, meaning heat can cause it to switch between these two states. This property is used in the oscillator’s working principle.

The oscillator is set to begin oscillation when it is exposed to certain levels of heat. It will start in an initial equilibrium state where the oscillation is created by a feedback loop. The heat produced by the oscillator will then cause the SMA drive member to switch states, and this transition creates a tension wave in the quartz resonator. This ‘snap action’ releases the energy stored when the SMA member switched, resulting in damped oscillation. By using this basic principle, a high frequency oscillator can be created.

The C3392-40.000 is known for its precision, stability, and longevity, making it ideal for temperature measuring devices. Its output frequency won’t change visibly even when exposed to a wide range of temperature conditions, and its low power consumption makes it a great choice for many applications. Additionally, its long-term reliability allows it to be used in medical, research, and hobby projects.

In conclusion, the C3392-40.000 oscillator by PANASONIC is an incredibly versatile electronic component used for various applications. Its notability attributes such as precision, stability, and longevity, make it an ideal choice in fields such as temperature measurement, medical applications, and hobby circuits.

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