Generating/Distributing Signals TRIZ Cases
- On-Chip Clock Controller for Power-Stable At-Speed Testing
Alternate slow and fast clock phases help prevent power droop during at-speed tests.
- TI-ADC Clock Divider Synchronization for Lower Metastability
This case uses staged, synchronized clock dividers to give TI-ADC clock signals more settling time during high-rate sampling.
- Hybrid Timestamps for Concurrent Software Model Checking
Hybrid timestamps adapt between vector list and differential formats to optimize memory footprint in concurrent applications.
- Clock Domain Data Transfer Using Handshake Synchronization
A memory interface transfers data between clock domains using a handshake protocol with start and end signals.
- Clock Adjusting Device Using Dual Comparators for Noise Rejection
A clock adjusting device employs a count comparator and threshold comparator to validate correction values before oscillator adjustment.
- Toggle-Based FIFO Buffer for Clock Domain Crossing
Toggle-based pointer management synchronizes read and write states via feedback handshakes, preventing overflows during high-speed data transfers.
- Configurable Multi-Protocol Transceiver Deskew Circuitry
A configurable multi-protocol transceiver adapts deskew circuitry to handle static and dynamic skew across varying communication standards.
- Tree Clock Distribution for DRAM Timing Alignment
A tree structure distributes clock signals to memory devices, eliminating skew from varying distances and load capacitances.
- Multi-level Data Encoding for High-Speed Transfer
A multi-level encoding scheme maps data bits to specific voltage states within clock intervals.
- Multiphase Clock Generation with Local Skew Correction
A multiphase clock generation system uses local phase interpolators to adjust timing for high-speed data lanes.
- Integrated Circuit Interface Timing Determination via Netlist Segmentation
Segmenting netlists into focused interface circuit files reduces simulation time while maintaining precise timing accuracy for integrated circuits.
- Low-Skew Channel Bonding via Oversampling and Bit-Slip Control
Oversampling outgoing data paths allows skew measurement and bit-slip compensation, resolving the trade-off between high-speed data rates and signal integrity.
- Super-tag Mapping for Static Timing Analysis Memory Reduction
Super-tags reference a compact mapping table to consolidate total path delay values, reducing memory usage in static timing analysis.
- Pop-up Display Translating Stop Member Mechanism
A translating stop member manages shroud geometry in a pop-up display, resolving manual assembly complexity.
- Digital State Device Clock Stretching Override
A digital state device manages clock signals between integrated circuits to maintain communication integrity.
- Media Peripheral Interface Data Strobe Signal Edge Capture
A media peripheral interface uses a data strobe signal to capture information via rising and falling edges.
- Audio Signal Processing Circuit Clock Monitoring
A signal processing circuit uses a serial clock to monitor the master clock input status.
- Clock Synchronization for Analytical Device Modules
Embedding timing reference signals in command data eliminates dedicated conductors, resolving synchronization difficulties in chromatograph systems.