Seiko epson corporation (20240291430). Circuit Device, Oscillator, And Method For Manufacturing Oscillator simplified abstract

Circuit Device, Oscillator, And Method For Manufacturing Oscillator

Organization Name

seiko epson corporation

Inventor(s)

Takehiro Yamamoto of Matsumoto (JP)

Circuit Device, Oscillator, And Method For Manufacturing Oscillator - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240291430 titled 'Circuit Device, Oscillator, And Method For Manufacturing Oscillator

The circuit device described in the abstract includes a clock signal generation circuit, an output circuit, a clock terminal, a test terminal, a storage circuit, and a duty adjustment circuit.

• The clock signal generation circuit generates a clock signal.
• The output circuit outputs an output clock signal based on the clock signal.
• The clock terminal outputs the output clock signal.
• The storage circuit stores a duty adjustment value.
• The duty adjustment circuit adjusts the duty of the clock signal based on the stored value.

Key Features and Innovation:

• The device can adjust the duty of the clock signal, allowing for customization.
• It can output different DC voltages based on the rotation signal of the clock signal.
• The test terminal can receive and measure the output voltages in different states.

Potential Applications:

• This technology can be used in electronic devices that require precise clock signal adjustments.
• It can be applied in systems where different rotation signals need to be detected and measured.

Problems Solved:

• Provides a solution for adjusting the duty of clock signals.
• Enables the measurement of different rotation signals accurately.

Benefits:

• Customizable duty adjustment for clock signals.
• Accurate measurement of rotation signals.
• Enhanced functionality in electronic devices.

Commercial Applications:

• Title: "Customizable Clock Signal Device for Electronic Systems"
• This technology can be utilized in manufacturing equipment, robotics, and automation systems.
• It has implications in telecommunications, data processing, and signal processing industries.

Prior Art:

• Readers can explore prior patents related to clock signal generation, duty adjustment circuits, and voltage output circuits for further research.

Frequently Updated Research:

• Stay updated on advancements in clock signal technology, duty adjustment methods, and voltage output circuitry for electronic devices.

Questions about Clock Signal Adjustment: 1. How does the duty adjustment circuit work in the circuit device?

  - The duty adjustment circuit alters the on/off ratio of the clock signal to adjust its duty cycle.

2. What are the potential benefits of customizing the duty of clock signals?

  - Customizing the duty of clock signals can improve the performance and efficiency of electronic systems.

Original Abstract Submitted

a circuit device includes a clock signal generation circuit that generates a clock signal, an output circuit that outputs an output clock signal based on the clock signal, and a clock terminal that outputs the output clock signal. the circuit device further includes a test terminal, a storage circuit that stores a duty adjustment value, and a duty adjustment circuit that adjusts a duty of the clock signal based on the duty adjustment value. the output circuit outputs a first dc voltage based on a normal rotation signal of the clock signal to the test terminal in a first state. the output circuit outputs a second dc voltage based on a reverse rotation signal of the clock signal to the test terminal in a second state.