VTEUPLJANF-16.384000 Crystals, Oscillators, Resonators

Application field

VTEUPLJANF-16.384000 oscillator is widely used in radio broadcasting, mobile broadband, GPS and local area networks, as well as other high-precision wireless communication networks. It is also implemented in oscillators used for numerous industrial operations and sensing, such as industrial automation, medical imaging, and aerospace industry. Additionally, the low noise and high precision characteristics of VTEUPLJANF-16.384000 make it suitable for many high-end applications, including orthogonal frequency-division multiplexing (OFDM) systems, which are used in telecommunication, digital data transmission, and high-speed radio transceivers.

Working principle

VTEUPLJANF-16.384000 oscillator works on the principle of negative resistance. It has an integrated phase locked loop (PLL) circuit, which uses battery voltage as a reference to regulate the internal oscillation frequency. The oscillator has four main components—inductor, capacitor, and resistor—which together create a negative feedback mechanism, allowing the oscillator to operate within a given range of frequencies. When the oscillator is triggered, the input voltage creates a waveform that oscillates between two distinct frequencies. This oscillation is maintained while the internal components of the oscillator switch the positive and negative cycle of the electric current.

The oscillator also utilizes the VFEUPLJANF-16.384000 component, which is composed of a series of transistors arranged in different configurations to allow for frequency control. This component is used by the PLL circuit to precisely adjust the output frequency of the oscillator, ensuring that the output is fine-tuned and stable. The main advantage of the VTEUPLJANF-16.384000 oscillator is that it can support multiple types of signals and is able to generate very high-stability output with low-noise characteristics.