579S130CAT

The CAT 579S130 oscillator from Curtis ThyssenKrupp Elevator has quickly become a popular choice for providing reliable and precise frequency control in a wide range of applications. The device utilizes a quartz oscillator design to deliver precise and stable frequency control. The 579S130 CAT oscillator offers excellent frequency resolution and broad frequency control range of between 0.25 Hz and 16 Hz, allowing it to cover an expansive range of applications.

The 579S130 CAT oscillator is used in applications such as valving systems, medical instrumentation, lighting control, motor speed and closed loop control systems. The oscillator is capable of operating in both reliable short and long periods of time, which makes it well-suited for applications that require continuous precision level. Additionally, the oscillator can provide the frequency stability required for complex electronic control systems.

At a technical level, the 579S130 CAT oscillator is based on quartz crystal technology. Quartz crystal oscillators are well-known for providing an extremely stable and precise frequency output, and the 579S130 CAT oscillator takes advantage of this technology to deliver a reliable and accurate frequency control. The device consists of a quartz crystal that is driven by a high-frequency transducer. This transducer produces a signal which is detected by the quartz crystal and converted into an accurate frequency output.

The 579S130 CAT oscillator can be configured to work with several different electronic parameters, such as input voltage, output current, frequency range, and frequency accuracy. This flexibility allows users to design their own custom frequency control systems for their specific application. Additionally, the oscillator is designed to provide reliability and precision over a wide temperature range.

Overall, the 579S130 CAT oscillator from Curtis ThyssenKrupp Elevator is a reliable solution for providing precise and accurate frequency control in a range of applications. The device utilizes quartz crystal technology to deliver a precise and stable frequency output, and is designed to work with a wide range of electronic parameters. Additionally, the oscillator is capable of providing the frequency stability needed for complex electronic control systems, making it a useful tool for any industrial application.