Signal

Integrity Benefits:

• Reduced overshoot and undershoot on signal transitions
• Better impedance matching with transmission lines
• Less ringing and oscillation on long traces
• Improved signal quality with capacitive loads

警告

Slower signal transitions may affect timing-critical applications

May not meet setup/hold requirements for high-speed interfaces

Reduced noise margins due to slower edge rates

May be inadequate for driving heavy capacitive loads quickly

註

Application Considerations:

• Verify timing requirements can be met with slower transitions
• May require longer setup/hold times for receiving devices
• Consider trade-offs between EMI reduction and performance
• Ideal for applications where EMI compliance is mandatory

Typical Characteristics:

• Rise/fall times: typically tens of nanoseconds
• Suitable for kHz to low MHz switching frequencies
• Significant reduction in EMI spectrum content
• 20-50% reduction in switching power consumption