Google llc (20240266692). Battery Configuration for Reducing Electromagnetic Interference simplified abstract
Contents
Battery Configuration for Reducing Electromagnetic Interference
Organization Name
Inventor(s)
Shengyin Ding of Cupertino CA (US)
Sheba Devan of Pleasanton CA (US)
Battery Configuration for Reducing Electromagnetic Interference - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240266692 titled 'Battery Configuration for Reducing Electromagnetic Interference
The present document describes a battery configuration for reducing electromagnetic interference (EMI). The battery configuration includes a coin cell (e.g., stacking battery cell, button cell) with predefined external-tab configurations and a predefined internal-tab angle for reducing electromagnetic (EM) coupling. In particular, internal tabs are positioned to be separated by an angle (e.g., a predefined internal-tab angle) of approximately 90 degrees. External tabs include (i) a first external tab connected to a side of the coin cell and extending to overlap a top surface of the coin cell and (ii) a second external tab connected to the top surface of the coin cell. Both external tabs are positioned relative to the internal tabs to reduce an H-field and/or an E-field created by current running through the coin cell.
- Internal tabs positioned at a 90-degree angle to reduce EM coupling
- External tabs connected to the coin cell to reduce H-field and E-field
- Coin cell configuration designed to minimize electromagnetic interference
- Innovative approach to reducing EMI in battery technology
- Potential improvement in electronic device performance
Potential Applications: - Electronic devices - Medical devices - Automotive electronics
Problems Solved: - Electromagnetic interference in electronic devices - Signal disruption in sensitive equipment
Benefits: - Improved device performance - Enhanced signal integrity - Reduced interference in electronic systems
Commercial Applications: Title: Enhanced Battery Configuration for Reduced EMI in Electronic Devices Potential commercial uses include: - Consumer electronics - Medical equipment manufacturers - Automotive industry suppliers
Questions about Battery Configuration for Reduced EMI: 1. How does the internal tab angle affect electromagnetic interference reduction? 2. What are the specific benefits of reducing EMI in electronic devices?
Frequently Updated Research: Stay updated on the latest advancements in battery technology and EMI reduction to ensure optimal performance in electronic devices.
Original Abstract Submitted
the present document describes a battery configuration for reducing electromagnetic interference (emi). the battery configuration includes a coin cell (e.g., stacking battery cell, button cell) with predefined external-tab configurations and a predefined internal-tab angle for reducing electromagnetic (em) coupling. in particular, internal tabs are positioned to be separated by an angle (e.g., a predefined internal-tab angle) of approximately 90 degrees. external tabs include (i) a first external tab connected to a side of the coin cell and extending to overlap a top surface of the coin cell and (ii) a second external tab connected to the top surface of the coin cell. both external tabs are positioned relative to the internal tabs to reduce an h-field and/or an e-field created by current running through the coin cell.
