SG-51PTJ 36.0000MC:ROHS

Overview
SG-51PTJ 36.0000MC:ROHS oscillators are an important special type of oscillator dedicated for use in high-frequency radio communication and electronic signal processing systems. These types of oscillators use high-frequency signals, often in the GHz range, to extract the required performance from the oscillator. They can be used in a wide range of applications such as HF radios, multichannel radios, digital voice recorders, Flash memory systems, chipset and DSP technologies.

Working Principle
SG-51PTJ 36.0000MC:ROHS oscillators are based on the principles of frequency modulation and amplitude modulation, also known as FM and AM. FM and AM are two of the most common forms of signal modulation in radio communication systems. In this type of oscillator, the signal is generated by converting an analog voltage signal to a digital representation and then modulating the signal\'s frequency and/or amplitude. The modulated signal is then converted back into an analog signal and sent out of the oscillator.

The oscillator\'s frequency can be either fixed or adjustable depending on the application. Fixed frequency oscillators are usually used in radio communication systems where the signal is expected to be transmitted on a single frequency. On the other hand, adjustable frequency oscillators are useful in applications where the frequency of the signal needs to be adjusted in response to changing environmental conditions or other requirements.

The oscillator also has several other features such as clock jitter tolerance, high frequency accuracy and a wide range of output formats. The clock jitter tolerance ensures that the signal is stable even when the signal is subjected to temperature variations or other sources of noise. The high frequency accuracy ensures that the signal generated is precise and will not drift over time. The variety of output formats means that the oscillator can be used in a variety of applications.

SG-51PTJ 36.0000MC:ROHS oscillators are an important component in any electronic system which requires high-frequency signals for operation. They are highly reliable and can generate the required output in virtually any environment. They are ideal for use in a variety of applications and are used in a variety of industries including aerospace, automotive, medical, military and industrial applications.