Generating/Distributing Signals TRIZ Cases

An all-digital spread spectrum clock generator modulates a digital controlled oscillator to reduce electromagnetic interference.

A touch screen driver modulates Rx sampling clocks based on channel RC delay deviations to improve signal detection accuracy.

A register clock driver routes DDR5 input signals to ranked output ports using control logic that holds inactive lines high.

A full-duplex communication device establishes bidirectional data transfer using paired unidirectional synchronous channels configured in master and slave modes.

A processor synchronization method exchanges timestamp count values between processors to maintain consistent time references.

A main device detects peripheral lane connections to enable dynamic system configuration.

An enhanced clock load model analyzes stacked-die integrated circuits as single units.

An emulator identifies time-sensitive instructions and inserts aggregated delays to replicate native execution timing.

A centralized edge orchestrator verifies time data integrity before distribution, reducing compromise risks for remote endpoints.

Wall-clock timestamps resolve contentions in distributed systems, reducing network resource usage and avoiding leader unavailability delays.

A method dynamically adjusts data link clock frequencies by switching FIFO queues to asynchronous mode.

A memory controller divides master requests into slices to identify active host devices via bitwise operations.

A reconfigurable system clock distribution network synchronizes dual die chip carriers across distributed computing nodes.

Segmenting multicore groups with stagger values distributes power demand across time, preventing voltage drops caused by simultaneous core activation.

Asynchronous UART signals convert to synchronous HomeBus formats using a modulation translation table.

A dynamic entry shift register system deskews decentralized data streams using autonomous marker detection and timer-based delay compensation.

A clock multiplexer circuit monitors active source signals to select an output clock without glitches.

A parallel bus interface circuit connects a memory controller to a memory apparatus using distinct data widths.

Training processors tune interface clock phases during bring-up to minimize latency and avoid read errors in emulation systems.

A clock distribution module dynamically switches between mesh and normal tree topologies to manage signal propagation delays across digital system nodes.

A preemptive wakeup circuit generates clock requests to wake processing sub-systems from low power modes.

Greatest common divisor pre-alignment maintains PLL lock stability during clock gating for deterministic phase alignment.

Host sends delay offset values via SWITCH command to adjust eMMC data signals, resolving timing skew at high speeds.

Clock phase shifting synchronizes multiple slave devices on an eSPI bus, resolving expandability bottlenecks while maintaining communication reliability.

A clock domain crossing circuit segments data paths into SRAM and flip-flop buffers to reduce latency.

Selection circuitry switches clock frequencies based on detected events, reducing processor energy consumption and eliminating software execution delays.

A baseboard management controller synchronizes host operating system and device timestamps using a central master time source.

Nodes select common clock sources via controlling modules to prevent system disruption when primary clocks fail.

A synchronization circuit uses a multiplexer to select between internal and external clock signals without requiring a phase-locked loop.

A memory card control chip uses spread spectrum clock signals to reduce electromagnetic interference.

A virtual spanning tree propagates global clock signals through a multiprocessor network fabric.

Local circuitry detects the leading edge of a delayed bus clock to synchronize the processor clock without centralized control signals.

A radar ranging system uses a true random generator to phase-modulate carrier signals via a BPSK modulator for secure transmission.

GPIO-based selection between local and common clocks reduces jitter and electromagnetic interference in PCI Express systems.

Speculative clock gating generates valid control signals using a subset of inputs to gate digital logic circuits.

A front chip manages reference voltages to switch between operational states.

An internal low precision clock maintains time measurement during clock stop status, avoiding reliance on untrusted host devices.

A fully synchronous physical coding sublayer datapath architecture uses elastic buffers to mitigate clock skew and ensure deterministic latency.

A digital clock circuit generates timing signals from network messages to control content processing logic.

Dynamic voltage thresholds filter noise interference to prevent false data capture triggering while maintaining high-speed transmission accuracy.

Dynamic producer rate adjustment based on credit return rates minimizes FIFO entries and reduces latency across clock domains.

Master device dynamically varies clock signal frequency based on data direction to resolve bandwidth limitations in mobile device serial interfaces.

Counter-driven read signals trigger a buffer to store and output test data, resolving hold and setup violations during accelerated clock testing.