405C11A29M49120

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Crystals are an important part of our everyday lives. In computing, these small, solid pieces of semiconducting material help to control the flow of electricity and information, providing us with the data that drives our digital devices. One particular crystal, 405C11A29M49120, is used to time and synchronize the informatronics of a variety of systems. But what exactly is the application field of the 405C11A29M49120 and how does it work?

Application Field

The 405C11A29M49120 is used primarily for timing and synchronization within informatronic systems. It can be used as an oscillator in data acquisition and control circuits. It is usually embedded in specialized electronic equipment to keep precise track of time and provide precise timing signals to different components and subsystems. It can also be used in automobile timing systems, as well as navigation and industrial automation. Course correction systems, such as those used in unmanned autonomous vehicles, often use the 405C11A29M49120 as the main timing circuit.

The 405C11A29M49120 is also popular in consumer electronic products, where its accuracy and low power consumption is beneficial. It is often used in digital watches, robot vacuum cleaners, and audio equipment. The 405C11A29M49120 is also used in communication and telecommunications systems, providing precision timing for synchronous digital subscriber lines (SDSLs) and other network systems.

Working Principle

The 405C11A29M49120 works by exploiting the piezoelectric effect. Piezoelectric crystals are quartz or ceramic crystals that generate a voltage when they are mechanically deformed. This effect can be used to generate an electrical signal with a frequency that is precisely determined by the crystal\'s physical characteristics. The frequency of the signal generated by the 405C11A29M49120 can be varied between 1MHz and 50MHz. It can also be used in circuit configurations with higher frequencies.

The 405C11A29M49120 is also resistant to temperature changes, meaning that its frequency will stay consistent when subjected to varying temperatures. This makes it ideal for situations where extremely precise timing is required, such as in communication systems.

The 405C11A29M49120 can be used in different configurations. It can be used as an oscillator in a crystal oscillator circuit, such as those used in radios and television sets. This type of circuit usually consists of two capacitors, two resistors, and the crystal itself. It can also be used in a Pierce oscillator circuit, where it is connected to an amplifier to generate higher frequencies.

The 405C11A29M49120 is an invaluable part of many electronic systems, and it has wide applications across both industry and consumer electronics. Its ability to maintain precision and stay consistent under varying conditions makes it an ideal choice for many technologies, from smartphones to space exploration.

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