4MA148500Z4BACUGI8

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

4MA148500Z4BACUGI8 is an oscillator that use a particular type of circuit in order to generate a continuous output signal that has a precise oscillating frequency. It is designed to provide reliable, precise and stable output signals of consistent frequency. This is ideal for applications such as microprocessor clock, communication (modems, cellular, satellite) and instrumentation (ADCs, DACs, and sensors).

Application Field

4MA148500Z4BACUGI8 is mostly used in:

• Telecommunication: reliable communication links, such as modems, cellular, satellite, etc.
• Test systems: system alignment, frequency sweeps, signal analysis, device measurements, etc.
• Process control: engine tuning, industrial sensor applications, etc.
• Medical systems: generators for medical tests, diagnostic equipment, etc.
• Others: railway applications, radar and defense applications.

Working Principle

The 4MA148500Z4BACUGI8 operates by making use of a high-frequency clock chip. This chip produces a very regular and precise clock pulse, which is then used to cause a particular circuit to oscillate. The oscillating circuit is shaped such that it produces a signal with the desired oscillation frequency.

The frequency of oscillation is dependent on the particular configuration of the oscillating circuit. As such, when designing the circuit, it is possible to optimize the frequency of the oscillations by changing the parameters of the circuit accordingly. It is also possible to adjust the output voltage of the component.

The 4MA148500Z4BACUGI8 is very reliable, due to its circuit design that ensures that the oscillating frequency and output voltage remain very stable, even over long periods of time. Furthermore, it does not require a large power supply, and is capable of operating at very low voltages, making it a perfect choice for many applications.

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