Voltage Dividers TRIZ Cases
- Semiconductor Resistor Divider Layout for High-Voltage Detection
A segmented resistor divider with parallel resistor groups improves high-voltage detection accuracy while limiting current and raising withstand voltage.
- Capacitor Divider Voltage Estimation for Live Element Monitoring
A five-capacitor divider estimates live-element voltage from node measurements, avoiding shutdowns and reducing aging-related drift.
- High-Voltage Measurement With Resistive-Divider Drift Compensation
A resistive divider and dual reference levels let the monitoring circuit measure DAC outputs accurately despite resistor drift and noise.
- Voltage Sensing Coupling Plug for Power Networks
A voltage sensing coupling plug integrates a divider within an insulating housing to enable secure mechanical and electrical connections.
- Hermetically Sealed Capacitive Modules for RC Voltage Dividers
Stacking hermetically sealed capacitive modules protects active parts from environmental factors during assembly.
- Virtual Ground Sensing Circuit for High Impedance Voltage Measurement
A virtual ground sensing circuit converts high voltage signals into proportional low current signals using an amplifier and impedance element.
- Voltage Sensor Calibration via Selective RC Network Deactivation
A voltage sensor uses a resistor-capacitor network with selectively deactivatable components to adapt secondary circuit resistance.
- Voltage Detection Device High-Frequency Signal Recovery
A voltage detection device segments signal processing into parallel integration and direct gain paths to reconstruct wide-band waveforms.
- Self-Calibrating Voltage Divider for Parts Per Billion Accuracy
A self-contained voltage divider system uses an integrated microprocessor and calibration bridge to adjust output values automatically.
- High-Voltage Measuring Unit Self-Correction via Signal Injection
A high-voltage measuring unit injects a periodic signal into its voltage divider to separate and correct the sensing signal for accurate readings.