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Low power CDN

Low power CDN. SPEED. Operate vdd at half rails Data should operate at full rails. Smaller voltage to distribute the signal over the chip, and then converting this low voltage clock signal back to a higher voltage at the utilization points. Low vdd clock trees Multiple Supply Voltages.

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Low power CDN

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  1. Low power CDN

  2. SPEED • Operate vdd at half rails • Data should operate at full rails

  3. Smaller voltage to distribute the signal over the chip, and then converting this low voltage clock signal back to a higher voltage at the utilization points Low vdd clock trees Multiple Supply Voltages

  4. A Level Converter Using Multiple Supply Voltages

  5. A Level Converter Using Multiple Supply Voltages

  6. REDUCED SWING APPROACH

  7. Level Converter Using a Reduced Clock Swing

  8. C1+CA Vdd C1+CA Vdd Clk is low H-Vdd=------------------------ Clk is high H-Vdd= ---------------------- C1+C4+CA+CB C2+C3+CA+CB

  9. Clock gating

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