PM113-312.5M

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Oscillators are vital components of many electronic systems. They convert energy into an electrical signal or apply an electrical signal in order to generate energy, typically in the form of an oscillating waveform. One of the most popular oscillator models is the PM113-312.5M. In this article, we will explore what the PM113-312.5M is, its application field, and its working principle.

What is the PM113-312.5M?
The PM113-312.5M is a type of oscillator that is both temperature and voltage regulated. It has a wide operating temperature range, from -20°C to +85°C, and a frequency range of 312.5MHz to 325MHz. It is available in two different packages, SOT-89 and SMT. It also features an integrated PLL circuit, allowing for better precision and accuracy than other available models.

Application field and working principle
PM113-312.5M oscillators are mainly used in communication systems, such as Wireless LAN, WiMAX, Zigbee, and Wi-Fi. They are also used in sensing and measuring systems, precision navigation systems, radar systems, and digital TV receiving systems. The PM113-312.5M helps to ensure precision and accuracy in these applications thanks to its excellent phase noise performance. In terms of its working principle, the PM113-312.5M is a dual-mode oscillator, meaning it has an integrated oscillator and PLL circuit to generate a signal. The oscillator part of the circuit produces an alternating current which is then passed through a filter to remove unwanted noise, and the PLL circuit provides precision by controlling the frequency of the output signal.

In conclusion, the PM113-312.5M oscillator is a highly reliable model that is well suited for applications that require precision and accuracy. It has a wide operating temperature range and a wide frequency range, and features an integrated PLL circuit for better performance. It can be used in communication, sensing and measuring, precision navigation, radar, and digital TV receiving systems. Its working principle is based on an integrated oscillator and PLL circuit, with each part helping to ensure that the output signal remains accurate.

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