MA-505 4.0000M-AD: ROHS

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Crystals are ideal components for frequency control, filtering and signal control, and are widely used in the fields of communication, instrumentation, automotive electronics, and audio-video appliances. They can be divided into two categories including oscillators and crystals, where MA-505 4.0000M-AD falls into the former category.

MA-505 4.0000M-AD, RoHS approved, is one of the most popular oscillators with high accuracy and reliability. Its excellent performance meets various uses, such as digital TVs, digital cameras, and consumer electronics. With a frequency range of 4.0000MHz and a tolerance of ±50ppm maximum, it is a widely used component, especially in the consumer electronics industry.

MA-505 4.0000M-AD belongs to the CMOS family of oscillators and is especially suitable for low-power, low-noise and low-size applications. Its wide operating temperature range between -20˚C and +85˚C makes it suitable for applications where precision and accuracy are necessary in environments with higher temperatures.

The working principle of MA-505 4.0000M-AD can be summarized as follows. The oscillator consists of an inverter, resistor, capacitor, and crystal. The crystal is the core, and the capacitor and resistor are the external circuits. When the external circuits resonates with the AC signal of the crystal, the oscillator circuit produces a pulse signal of a certain frequency. The inverter in the oscillator converts the AC signal generated by the crystal into a DC signal. Therefore, the output of the oscillator circuit has a certain frequency, thus providing a stable and accurate output frequency.

In conclusion, MA-505 4.0000M-AD is a widely used oscillator with excellent performance, which meets a variety of usage scenarios. It has excellent temperature stability and can meet the performance requirements of applications related to digital TVs, digital cameras, and consumer electronics. It applies CMOS technology, making it a perfect choice for low-power, low-noise, and low-size applications. Finally, its working principle is simple and easy to understand, relying primarily on external circuits resonating with the crystal in the oscillator to produce pulse signals of a certain frequency.

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