SIT9365AC-4E2-25E156.250000X

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are active electronic components which produce repetitive signals for a variety of applications, within fields such as communications, networking, broadcast, industrial, medical, and automotive. SIT9365AC-4E2-25E156.250000X oscillators are one type of electronic component that belongs to this category.

SIT9365AC-4E2-25E156.250000X oscillators are frequency sources with high-level stability, phase-noise, and start-up times, making them a suitable choice for movement control systems, motor speed regulators, as well as communication radios, and wireless systems. These oscillators are constructed from crystal resonators as their energy source, along with a series of support components such as voltage-controlled, temperature-controlled and noise- controlled oscillators.

These oscillators are capable of producing a continuous signal at a high accuracy and with great frequency stability, even in spite of temperature changes. This high frequency stability means that they are especially useful for applications such as automotive driving applications where even small perturbations could affect performance and accuracy. Additionally, SIT9365AC-4E2-25E156.250000X oscillators have an output frequency that ranges from 156.25 to 156.875MHz.

The working principle of SIT9365AC-4E2-25E156.250000X oscillators is relatively simple and hinges on the piezoelectric effect. During oscillation, crystals create vibrations due to their crystalline structure which have certain resonance characteristics. When an electric field is applied across the two ends of the crystal, it causes the crystal to vibrate and, consequently, generate an electrical signal. The frequency of the signal is determined by the physical properties of the crystal and can be precisely controlled through the application of a voltage.

The main components of the oscillator circuit include the crystal resonator, capacitors, inductors, and transistors or other active components. The capacitors and inductors create a constant frequency to start oscillation and maintain a stable frequency. Transistors, on the other hand, help to amplify the voltage and power the circuit. The overall process works by alternately charging and discharging the capacitor to maintain an oscillation of a particular frequency. This oscillation can be converted to analogue output signals.

The combination of advanced crystals and high-performance active components in SIT9365AC-4E2-25E156.250000X oscillators makes them suitable for many high-end applications. They can be used for a variety of transmission and communication applications such as in radio, radar, navigation, and cellular communications. Additionally, because of their high accuracy and frequency stability, they are often used in metering systems and are responsible for controlling the accuracy of timekeeping in watches and clocks.

In summary, SIT9365AC-4E2-25E156.250000X oscillators are an important type of electronic component which can be used in many applications. Its unique features, such as high-level stability, phase-noise, and start-up times make it the perfect choice for radio, radar, navigation, and cellular communications. Additionally, its high frequency stability is suitable for automotive driving applications. Finally, the working principle of SIT9365AC-4E2-25E156.250000X oscillators revolves around the piezoelectric effect.

The specific data is subject to PDF, and the above content is for reference