TG2016SBN 16.3840M-TCGNNM0

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Oscillators are components widely used in different fields. This article will discuss the application field and working principle of TG2016SBN 16.3840M-TCGNNM0 oscillator.

TG2016SBN 16.3840M-TCGNNM0 oscillator has many unique advantages which make it suitable for use in different application fields. Firstly, it has an operating temperature range from -40°C to 85°C, which makes it highly reliable and robust in various applications like automotive, military and aerospace. Secondly, it features a frequency stability of ±50ppm over operating temperature range, with rapid and accurate frequency stabilization available for harsh environmental conditions. Furthermore, it possesses a wide frequency range of 16.3840MHz, allowing it to meet the stringent requirements of high-frequency applications. Lastly, its small size of 2.0 x 1.6mm features high packing density, making it suitable for use in the most demanding space-limited applications.TG2016SBN 16.3840M-TCGNNM0 oscillator functions by converting electrical signals to mechanical movements and back. It consists of a resonator made from quartz or ceramic materials and a drive circuit. The drive circuit has two main stages — the frequency control stage and the producing Voltage-Controlled Oscillator (VCO) stage. In operation, the frequency control stage constantly monitors the frequency of the oscillator and provides the necessary voltage and current control information to the VCO stage in order to keep the frequency accurately. Meanwhile, the VCO stage drives the mechanical movement of the resonator through the mechanical coupling of the resonator\'s oscillation energy. Ultimately, this allows the oscillator to generate an oscillatory wave with its frequency continuously monitored and controlled.In conclusion, TG2016SBN 16.3840M-TCGNNM0 oscillator is suitable for high demand applications due to its wide frequency range, excellent temperature stability, and high packing density. It works by converting electrical signals to mechanical movements and back, allowing it to generate an oscillatory wave with its frequency continuously monitored and controlled.

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