NX3215SA-32.768K-STD-MUA-9

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Crystals are a much-needed component in the development of advanced electronics, providing quartz-oscillator clocks, filters, and signal-processing elements. The NX3215SA-32.768K-STD-MUA-9 crystal is a common surface-mount crystal for low-voltage applications, used in circuit design elements such as frequency synthesis, signal generation, clock systems and switching controls.

The NX3215SA-32.768K-STD-MUA-9 has a frequency of 32.768kHz, with a four-pad microprocessor-compatible package. It also has a large temperature range of -20-70°C, a start-up time of 10 milliseconds, and a drive current of 5mA. Considering its size and output characteristics, it is best suited for applications where small size and high oscillator accuracy is needed, such as those found in low-voltage consumer electronics.

The NX3215SA-32.768K-STD-MUA-9 crystal operates by using the quartz crystal to form an oscillator circuit in order to produce a fixed frequency. This entire process is made possible by the piezoelectric property of the quartz crystal, which is the ability of a material to generate an electric potential (voltage) under the application of mechanical force. By powering this crystal with electric current, it begins to oscillate at a very precise frequency, in this case at 32.768kHz. This frequency is then outputted as a clock signal to whatever circuitry it is connected to.

Due to its tight frequency tolerance and temperature stability, the NX3215SA-32.768K-STD-MUA-9 crystal is commonly used in frequency synthesis, signal generation, and clock systems. It is found in a variety of consumer electronics, such as digital cameras, music players, mobile phones, and portable gaming devices. It can also be used in communications systems, medical equipment, and instrumentation.

In conclusion, the NX3215SA-32.768K-STD-MUA-9 crystal is a very useful surface-mount crystal for low-voltage applications. It has a frequency of 32.768kHz, with a four-pad microprocessor-compatible package and a large temperature range. It is often used in frequency synthesis, signal generation, and clock systems, and can be found in a variety of consumer electronics.

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