Seiko epson corporation (20240210469). Oscillator And Electronic Device simplified abstract
Contents
Oscillator And Electronic Device
Organization Name
Inventor(s)
Oscillator And Electronic Device - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240210469 titled 'Oscillator And Electronic Device
The abstract describes an oscillator with various terminals for power supply, clock signal output, output control signal input, and failure diagnosis signal output. The output control signal can have either positive or negative logic, while the failure diagnosis signal has the opposite logic.
- Power supply terminal for high-potential-side power supply voltage
- Ground terminal for low-potential-side power supply voltage
- Clock terminal for clock signal output
- Output control terminal for input of output control signal
- Failure diagnosis terminal for output of failure diagnosis signal
Potential Applications: - Electronic devices requiring precise timing signals - Industrial automation systems - Communication equipment
Problems Solved: - Ensuring accurate timing signals - Detecting and diagnosing failures in the oscillator
Benefits: - Improved reliability of timing signals - Quick identification of failures for maintenance
Commercial Applications: Title: "Advanced Oscillator Technology for Precision Timing Applications" This technology can be used in various industries such as telecommunications, manufacturing, and aerospace for critical timing applications.
Prior Art: Readers can explore prior patents related to oscillators, failure diagnosis systems, and clock signal control to understand the background of this technology.
Frequently Updated Research: Stay updated on advancements in oscillator technology, failure diagnosis methods, and clock signal processing for potential improvements in this innovation.
Questions about Oscillator Technology: 1. How does the oscillator handle different types of logic in the output control and failure diagnosis signals? - The oscillator is designed to process both positive and negative logic signals to ensure compatibility with various systems. 2. What are the key factors influencing the accuracy of the clock signal output in this oscillator? - Factors such as power supply stability, signal interference, and component quality can affect the accuracy of the clock signal output.
Original Abstract Submitted
an oscillator includes a power supply terminal to which a high-potential-side power supply voltage is supplied, a ground terminal to which a low-potential-side power supply voltage is supplied, a clock terminal that outputs a clock signal, an output control terminal to which an output control signal of the clock signal is input, and a failure diagnosis terminal that outputs a failure diagnosis signal. the output control terminal receives the output control signal having a first logic which is one of a positive logic and a negative logic, and the failure diagnosis terminal outputs the failure diagnosis signal having a second logic which is the other one of the positive logic and the negative logic.
