See how a pre-charged backup power source and rechargeable flame-powered device enable automati
See how a dual power source system with pre-charged capacitor and thermoelectric device enables
A pre-charged start-up source and flame-powered recharging keep intermittent pilot ignition automatic when stored energy is low.
A regulating FET in cascode limits high-side switch voltage drop, cutting energy dissipation and external safing FET complexity in airbag activation.
Breakthrough-voltage sensing enables durable flame detection in hydrogen burners.
Unique anti-collision response times enable parallel acknowledge signal transmission, reducing roll-call duration and minimizing safety risks at blast sites.
A retractable igniter retracts its electrode into an insulated chamber during inactive periods to isolate electrical components from corrosive environments.
An integrated planar switch merges conductive pads and projections to enable multi-mode detonator operation.
Reducing filtration preserves the AC component for diagnostics, resolving the trade-off between noise reduction and circuit integrity monitoring.
Cyclic capacitor charging and discharging based on flame sensor impedance generates a voltage signal for single-channel evaluation.
A nozzle directs plasma from an auxiliary spark gap to trigger a main circuit, reducing voltage requirements and preventing electrode corrosion.
Monitoring the insulated gate bipolar transistor gate voltage detects open secondary conditions, reducing switch energy handling requirements and system cost.
Segmented current-protected circuits manage inrush currents and reduce component count from 30 to 3.
Impulse discharge creates a highly ionized pre-flame zone, reducing electric energy consumption while ensuring stable ignition of low reactive fuels.
Low-frequency radio waves transmit command signals through rock to synchronize blasting component clocks, eliminating manual wiring errors and safety hazards.
Differentiating insulator thicknesses via selective etching resolves the trade-off between MEMS reliability and MIM capacitance values.
A MOSFET current limiter circuit manages reference and controlled currents through a common gate node.