520L25HA16M3680

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Oscillators are essential building blocks for any microsystem, especially in the current development of wireless communication. The 520L25HA16M3680 oscillator is designed to meet the need for high-frequency, low-power, modern oscillator applications. This paper provides an overview of the 520L25HA16M3680 oscillator’s application field and working principle.

The application field of the 520L25HA16M3680 oscillator is quite broad. It can be used in a variety of digital electronic products, such as mobile phones,PDAs, laptops, cameras and other digital consumer electronic products. In addition, it can also be used in micro-computer systems, apparatus and instruments, aerospace and communications equipment, and robotic controllers. It is also suitable for a variety of systems relying on high-frequency, low-power requirements.

The 520L25HA16M3680 oscillator has a wide range of working frequencies and a low power consumption. The working frequencies is 25MHz, 32MHz, 48MHz, 64MHz. The operating voltage range is 3.3V, 2.2V, 1.8V.

The 520L25HA16M3680 oscillator utilizes Fundamental crystal technology, which uses a quartz crystal as the frequency source to ensure its stability and accuracy. The crystal oscillator circuit consists of a quartz crystal, a trimmer capacitor, and two parallel connected transistors. When a voltage is applied, the transistors become conductive, allowing an electrical current to pass through the quartz crystal, which then produces a vibrational wave, resulting in a wave that is focused back through the transistors to the source. This process of energy reflecting back and forth between the transistors creates a frequency that is proportional to the number of oscillations in the quartz crystal’s vibrating frequency.

The 520L25HA16M3680 oscillator also has a low noise level, tolerance for shock and vibration, and low power consumption. In addition, it also has temperature compensated and aging characteristics, making it an ideal choice for high performance applications. The excellent jitter performance and low phase noise ensure its reliability in applications requiring precision timing.

In conclusion, the 520L25HA16M3680 oscillator is an extremely versatile tool for a wide variety of applications. Its fundamental crystal technology ensures stability and accuracy, while its low power consumption and excellent jitter and low phase noise make it suitable for high performance applications requiring precision timing. This makes it an excellent choice for the development of wireless communication and other mobile digital electronic products.

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