A semiconductor device uses separate drive power sources for two vertical Hall elements to adjust individual currents and improve offset cancellation accuracy.
Enable signal generator turns off comparator after comparison to reduce power consumption.
One comparator performs dual threshold comparisons to reduce circuit complexity and power consumption.
Dedicated input nodes isolate circuits to improve phase alignment and reduce locking time in peak current mode systems.
A power converter circuit injects charge into a regulated node via a capacitor to stabilize voltage levels during operation.
A field-based communication circuit dynamically selects voltage or current detection modes to optimize signal processing.
Diurnal temperature drops trigger a refueling valve to reverse purge a non-integrated canister, preventing vapor overload without adding mechanical components.
Direct pixel signal coupling to the comparator eliminates parasitic capacitance, reducing signal attenuation and noise in CMOS image sensors.
A calibration circuit generates a single code for multi-mode comparators to adjust preamplifier resistance.
Segmented inductors and charge pumps resolve the trade-off between high power capability and bulky converter volume.
A comparator monitors voltage drop across transistors to detect inductor current reaching zero.
Segmented fuses disconnect affected paths during ground faults, maintaining load power delivery.
A self-oscillating LLC converter uses resonant capacitor voltage thresholds to generate gate drive signals for high side and low side switches.
A pulse height discriminator circuit combines continuous and clocked detection outputs to count signal pulses accurately.
Superimposes a lower-frequency common mode control signal onto a differential data signal to share interconnect traces.
A protection circuit detects voltage instability and adjusts I2C signal transmission, preventing logic level interference during unstable operational voltage.
A signal detector uses peak detectors and an amplifier to generate a control signal that adjusts gain for accurate high-speed measurements.
Pulsed current delivery with a recirculation diode reduces energy dissipation and eliminates oscillations in haptic electromagnetic drivers.