Generating/Distributing Signals TRIZ Cases

A clock management circuit selectively generates a second clock based on processor information to suspend transmission during idle periods.

Mirrored clock trees with delay controllers balance latencies across independent voltage domains to prevent timing violations.

Dynamic FIFO control reduces data communication latency by aligning buffer operations with actual clock offsets instead of static worst-case designs.

A stable oscillator generates independent clock signals to validate data acquisition operations from pulsed optical sources.

A data processing system stabilizes oscillator temperature to maintain accurate timekeeping signals.

Asynchronous first in first out queues with token flow control decouple clock domains to resolve exponential interconnect complexity.

A clock generation device tunes an internal oscillator to a target frequency using a feedback loop.

Independent clock signals synchronize processing blocks during authorization propagation, eliminating synchronization delays for faster read speeds.

A modular circuit arrangement uses a central routing unit to enable parallel data processing, reducing processor interrupt loads and chip area.

Segmented calibration procedures determine optimal clock delays to reduce noise susceptibility in memory subsystems.

Director nodes approve transactions via majority voting to maintain consistency despite hardware slowdowns and reliability trade-offs.

A PCIe reference clock synchronizes independent FPGA and CPU counters for precise latency measurement.

Statistical averaging cancels transmission delay errors to measure remote device time stamp units without requiring network-wide clock synchronization.

An interrupt handling circuit synchronizes signals between fast and slow clock domains, reducing latency by clearing interrupts within two fast clock cycles.

Synchronizing modules bridge clock frequencies between sensor and memory units, reducing energy consumption while maintaining high data transmission efficiency.

An electronic pen integrated circuit incorporates a variable capacitance unit to adjust the resonant frequency of an external coil and capacitor network.

An adapter device detects serial clock and data line states to forward SCDC read requests between sink and source devices.

Decoupling the target ready and data busy signals via preliminary assertion timing resolves bandwidth bottlenecks during combined write operations.

Gradual clock frequency transitions prevent voltage overshoot and droop during dynamic scaling, maintaining circuit stability.

Dynamic controller configuration resolves interface complexity by adjusting sampling rate and bit width to support TDM peripherals via PCM interfaces.

A digital signal processor implements a CORDIC algorithm using floating-point format electronic circuits.

A detection system measures signal values at multiple data capture points to monitor timing deviations in serial communication links.

Integrated circuits derive unique identifiers from host bus stimuli signals, eliminating extra pins and wiring complexity.

An interface circuit inserts logic to adjust signal timing, resolving the trade-off between device complexity and reliability.

Controller circuitry loads static values into pipeline stages and sequentially deactivates them, reducing power supply noise caused by simultaneous activation.

Processor groups clock circuit exit points by context characteristics to determine mean delay values for each sub-group.

A multi-core clock synchronization system allocates cores to domains and selects load-balanced master sources for timekeeping.

Master clock drives slave receiver without local oscillator, reducing power and electromagnetic interference.

Segmenting the clock tree into independent regional units reduces area and latency while maintaining timing closure across the chip.

A touchscreen electronic device identifies application bar display types to obtain and show contextual information on the interface.

Dynamic clock frequency scaling reduces power consumption during low-traffic periods while maintaining throughput for varying data patterns.

A difference time calculation unit stores offset data between operational and backup real time clocks to set temporary system time on the standby chipset.