Silicon Labs' zero delay clock buffer products are used in applications that require zero propagation delay between the input and output clocks. Silicon Labs' zero delay buffers are based on Silicon Labs’ low power, high performance PLL technology and provide low power consumption and allow spread spectrum modulation to propagate through the system for EMI reduction.
Primarily used in high performance systems for clock distribution, these products provide very low skew, jitter and propagation delay, meet very tight setup and hold time requirements, and improve system timing margins. These low delay and skew zero delay buffers offer improved performance, power, and wider frequency range than the competition.
Features:
PLL-based clock distribution
Low propagation delay
Low output-to-output skew
Low device-to-device skew
Low output jitter
Multiple drive strength options
Wide operation frequency range: 10 to 220MHz
3.3V to 2.5V power supply range
Low power dissipation
4, 5, 8 and 9 output devices available
Programmable skew rise/fall times in output drivers
Silicon Labs' zero delay clock buffer products are used in applications that require zero propagation delay between the input and output clocks. Silicon Labs' zero delay buffers are based on Silicon Labs’ low power, high performance PLL technology and provide low power consumption and allow spread spectrum modulation to propagate through the system for EMI reduction.
Primarily used in high performance systems for clock distribution, these products provide very low skew, jitter and propagation delay, meet very tight setup and hold time requirements, and improve system timing margins. These low delay and skew zero delay buffers offer improved performance, power, and wider frequency range than the competition.
Features:
- PLL-based clock distribution
- Low propagation delay
- Low output-to-output skew
- Low device-to-device skew
- Low output jitter
- Multiple drive strength options
- Wide operation frequency range: 10 to 220MHz
- 3.3V to 2.5V power supply range
- Low power dissipation
- 4, 5, 8 and 9 output devices available
- Programmable skew rise/fall times in output drivers
