VT200F-6PF20PPM

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Crystals are among the most important components in physical electronics, providing precise and reliable timing signals to electronic devices. The VT200F-6PF20PPM is a high-performance, low-jitter crystal designed for demanding timing requirements in digital devices and communication systems. The VT200F-6PF20PPM crystal combines advanced manufacturing processes and an innovative internal design to provide superior performance. In this article, we will discuss the application field and working principle of the VT200F-6PF20PPM crystal.

The VT200F-6PF20PPM crystal is used for various applications such as microcontrollers, FPGAs, ASICs, and embedded memories. It is also suitable for high-speed low-power operation in data processing and communications systems. The VT200F-6PF20PPM crystal features a 3.2kHz frequency tolerance, a 2PPM accuracy, and a -20/+80°C operating temperature range. It offers low jitter, low drive level and a wide frequency range of 3 to 8MHz. Additionally, it features a low-power design and a wide temperature range.

The VT200F-6PF20PPM crystal is a resonator that relies on a quartz crystal oscillator to provide an accurate frequency. The crystal consists of two electrodes connected to an internal quartz resonator. When an electrical signal is applied to the electrodes, the quartz resonator vibrates at its natural resonance frequency. When the external frequency is equal to the resonator frequency, the voltage across the electrodes oscillates at the same frequency. The quartz crystal oscillator provides an accurate clock source for digital circuits such as microcontrollers, FPGAs and ASICs.

The working principle of the VT200F-6PF20PPM crystal is based on the Pierce Oscillator circuit. The Pierce Oscillator circuit consists of an LC tank circuit connected to an amplifier. The LC tank circuit is composed of a capacitor and an inductor. When an electrical pulse is applied to the circuit, the capacitor and inductor act as a resonator and oscillate at the resonance frequency determined by the LC circuit. The outputs of the LC circuit are connected to a differential amplifier, which provides a feedback path to the LC circuit. The resulting oscillations are used to generate an accurate clock source.

The VT200F-6PF20PPM crystal is a high-performance, low-jitter crystal designed for demanding timing requirements in digital devices and communication systems. It features a 3.2kHz frequency tolerance, a 2PPM accuracy and a -20/+80°C operating temperature range. It is suitable for high-speed low-power operation in data processing and communications systems and offers low jitter, low drive level, and a wide frequency range of 3 to 8MHz. The working principle of the VT200F-6PF20PPM crystal is based on the Pierce Oscillator circuit, which uses an LC tank circuit connected to an amplifier to generate an accurate clock source.

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