ASFLMPC-29.4912MHZ-LR-T

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 widely used in applications such as signal generators, frequency separators, and clock systems. ASFLMPC-29.4912MHZ-LR-T is a specifically developed oscillator featuring a high stability and low phase noise. This oscillator is often found in applications such as spectrum analyzers, precision navigation, power monitoring, satellite communications, and high-end oscillator modules.

The working principle of ASFLMPC-29.4912MHZ-LR-T is analogous to other oscillator designs. It adopts a resonant circuitry that uses quartz crystals or other circuit elements as the oscillator’s timbre. When an electrical oscillation is achieved, a nonlinear element in the circuit produces a series of transient responses, causing a steady-state oscillation to be generated. This output frequency is dependent on the resonator or crystal selection, and it has the highest efficiency and accuracy when compared to other oscillator types. In the specific case of ASFLMPC-29.4912MHZ-LR-T, quartz crystal resonators are used in its design to ensure high accuracy and tolerance.

It is important to note that reduced phase noise is the primary design goal for the development of ASFLMPC-29.4912MHZ-LR-T. Therefore, the components that make up the oscillator are carefully chosen and examined to ensure low phase noise as much as possible. This is achieved the use of low noise transistors and resistors which further reduce the amount of noise generated by the device. In addition, the selection of the quartz crystal resonator also has a significant impact on the phase noise of the output. Quartz crystals in higher frequency ranges have much lower phase noise levels as compared to crystals in lower frequency ranges. Lastly, the oscillator also has a shielding case that minimizes the level of noise created from the external environment.

ASFLMPC-29.4912MHZ-LR-T is a compact and high performance oscillator that excels at providing very low phase noise for a wide range of applications. It utilizes a quartz crystal resonator to ensure high accuracy and extended stability and is usually used in precision navigation, power monitoring, satellite communications, and high-end oscillator modules. Its low noise transistors and resistors provide effective noise reduction while its casing serves as an effective shield against external sources. With its ability to produce low phase noise and high accuracy, this oscillator is becoming increasingly popular in a variety of applications.

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