XLL535001.163000I

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Oscillators: XLL535001.163000I Application Field and Working Principle

Oscillators are important electronic circuits that create repetitive electrical signals. As an important category of frequency control systems, they play an important role in providing timing signals, enabling high-precision frequency detection and harmonics generation. XLL535001.163000I is an advanced oscillator used in a wide range of products, including computers, telephones, and many more. This article will discuss the application field and working principle of XLL535001.163000I.

Application Field

XLL535001.163000I is mainly applied in the fields of communications and defense. This oscillator is composed of a TTL CMOS oscillator integrated circuit and a small power three-state switching block. It is highly reliable and cost-effective. Its strong electroacoustic performance makes it ideal for use in military communications devices. Therefore, XLL535001.163000I is widely used in military or tactical communications networks, such as data link systems, wireless radio systems, military navigation systems, and battlefield awareness systems. In addition, XLL535001.163000I is also used in other commercial applications, such as personal computers, mobile phones, and for transmitting radio signals.

Working Principle

The working principle of the XLL535001.163000I oscillator is based upon the logic circuit of the complementary metal oxide semiconductor (CMOS). This consists of two logic gates: a DC-controlled clock gate made from a p-type metal oxide semiconductor (PMOS) and an n-type metal oxide semiconductor (NMOS). The DC-controlled clock gate is designed to take an input signal and modulate it to generate a clock signal. The DC signal is used to control the timing of the clock pulses. This modulation of the DC signal results in an alternating voltage waveform at the output of the circuit. The alternating waveform undergoes a frequency shift due to the inductance of the LC circuit.

The PMOS operates on logic 1 (high) inputs while the NMOS operates on logic 0 (low) inputs. The switching action of the CMOS gates creates a voltage waveform which is filtered by the LC tank circuit to create a voltage or current oscillation. The frequency of operation is controlled by the frequency-select pins connected to the DC-controlled clock gate. This oscillation is then used to generate an output signal with a specific frequency or waveform. The frequency range for XLL535001.163000I is 1.6 kHz to 3 MHz.

Conclusion

The XLL535001.163000I oscillator is an advanced, reliable and cost-effective electronic circuit used in military and commercial application fields. Its small size and wide frequency range make it the ideal choice for many applications. Its working principle is based upon the CMOS logic circuit, which is modulated to generate the alternating voltage waveform needed for operation and frequency determination.

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