Integrated clamp Schottky diode network is a low power and low noise solution for reducing reflections on high speed data lines. Reflection on high speed data lines leads to undershoot and overshoot disturbances which may result in improper system operation. Resistor terminations used in parallel or in series with the outputs, when used to terminate high speed data lines, can increase power consumption, degrade the high level output and lower noise immunity or increase propagation delays. Schottky diode termination is the best overall solution for applications in which power consumption and noise immunity are critical considerations. Clamp Schottky diode networks provide optimized lead inductance and parasitic capacitive effects (see added ground pins), improved forward voltage and crosstalk attributes, and best termination performance characteristics at high data transmission rates.


Integrated Passive Networks
SW LX3000Q20-L01-1nH Spiral chip inductor 1nH, 1 turn SW LX3000Q20-L07-31nH Spiral chip inductor 31nH, 7 turns
SW LX3000Q20-L02-2nH Spiral chip inductor 2nH, 2 turns SW LX3000Q20-L08-40nH Spiral chip inductor 40nH, 8 turns
SW LX3000Q20-L03-4nH Spiral chip inductor 4nH, 3 turns SW LX3000Q20-L09-50nH Spiral chip inductor 50nH, 9 turns
SW LX3000Q20-L04-8nH Spiral chip inductor 8nH, 4 turns SW LX3000Q20-L10-62nH Spiral chip inductor 62nH, 10 turns
SW LX3000Q20-L05-14nH Spiral chip inductor 14nH, 5 turns SW LX3000Q20-L11-74nH Spiral chip inductor 74nH, 11 turns
SW LX3000Q20-L06-21nH Spiral chip inductor 21nH, 6 turns SW LX3000Q20-L12-87nH Spiral chip inductor 87nH, 12 turns



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