20240056039. SWITCHING AMPLIFIER CIRCUITRY simplified abstract (Cirrus Logic International Semiconductor Ltd.)
Contents
SWITCHING AMPLIFIER CIRCUITRY
Organization Name
Cirrus Logic International Semiconductor Ltd.
Inventor(s)
Matthew Beardsworth of Austin TX (US)
John L. Melanson of Austin TX (US)
SWITCHING AMPLIFIER CIRCUITRY - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240056039 titled 'SWITCHING AMPLIFIER CIRCUITRY
Simplified Explanation
The patent application describes switching amplifier circuitry for driving an inductive load, which includes modulator circuitry and output stage circuitry. The circuitry is designed to adjust the switching frequency of the modulator circuitry over a predetermined range of frequencies while outputting a modulated signal that causes ripple current in the load. It also monitors the power of the circuitry as the switching frequency is adjusted and selects an operational switching frequency within the predetermined range at which the monitored power meets a predefined criterion.
- The switching amplifier circuitry adjusts the switching frequency of the modulator circuitry to optimize power efficiency.
- The circuitry monitors the power consumption as the switching frequency is adjusted to ensure it meets a predefined criterion.
- By selecting an operational switching frequency within the predetermined range, the circuitry can drive the inductive load efficiently and effectively.
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- Potential Applications
- Power supplies
- Motor control systems
- Audio amplifiers
- Problems Solved
- Efficiently driving inductive loads
- Optimizing power consumption
- Minimizing ripple current in the load
- Benefits
- Improved power efficiency
- Enhanced performance of inductive load driving systems
- Reduced power consumption and heat generation
Original Abstract Submitted
switching amplifier circuitry for driving an inductive load, the switching amplifier circuitry comprising modulator circuitry and output stage circuitry, wherein the switching amplifier circuitry is configured to: while the modulator circuitry is outputting a modulated output signal that gives rise to ripple current in the load: adjust a switching frequency of the modulator circuitry over a predetermined range of frequencies; monitor a power of the switching amplifier circuitry as the switching frequency is adjusted over the predetermined range of frequencies; and select, as an operational switching frequency for the modulator circuitry, a frequency within the predetermined range of frequencies at which the monitored power meets a predefined criterion.
