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Crystals

4P080F35IET is a type of crystal which is widely used in modern electronic products because of its high stability and reliability. The crystal is mainly used in oscillators and operates at a frequency of 40.08 MHz. It is mainly used in communications systems and radio-frequency applications such as radio broadcasting, mobile communications networks, radar, and navigation systems.

The crystal consists of two types of metals, AT cut and IT cut. The AT and IT cuts have different electrical characteristics and are used in different applications. In an AT cut, the crystal responds more quickly to an electric field and is thus used in high-frequency applications that require faster response times. An IT cut crystal on the other hand, has a slower response time and is therefore used in applications where accuracy and low noise levels are more important.

Application Field Of 4P080F35IET

4P080F35IET crystals are widely used in a variety of applications such as oscillators and filters in electronic components, digital products, consumer electronics, and communication systems. Oscillators are used in frequency tuning, time and frequency control, clock generators, and audio systems. The crystal can also be used in radiofrequency applications like radio broadcasting, mobile communications networks, radar, and navigation systems. Furthermore, 4P080F35IET crystals are also used in oscillators for crystal-controlled microwave transmitters and receivers.

Working Principle Of 4P080F35IET

The working principle of 4P080F35IET crystal is based on the resonance property of quartz. Quartz is a crystal made of silicon dioxide that has an oscillator circuit built around it. When an alternating current is passed through the quartz, the quartz vibrates at a specific frequency. This frequency is determined by the physical properties of the quartz. 4P080F35IET crystals use a specific combination of cuts in the quartz and electrical parameters to achieve the desired frequency of 40.08 MHz.

The four terminals of the crystal are marked ‘+a’, ‘-a’, ‘+b’, and ‘-b’. The ‘+a’ and ‘-a’ terminals form the circuit while the ‘+b’ and ‘-b’ terminals are connected to a capacitance. The capacitance and the quartz form a resonant system that allows the crystal to resonate at the desired frequency. The oscillator circuit then separates the electrical signal into the two components of the frequency, with one component generating the fixed-frequency output.

The 4P080F35IET crystal is made with a tight tolerance of +-50ppm which allows it to be used in precision oscillators and timing applications. The tight tolerance ensures that the crystal is stable over a wide range of temperatures, which increases its reliability and durability.

4P080F35IET crystals are a great choice for applications such as oscillators, filters, and radio frequency circuits. The crystal offers excellent performance, reliability and stability, making it perfect for use in a wide range of modern electronic products.

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