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This paper presents a simple power delivery design for mitigating the coupling of power supply noise in mixed-signal electronics. Digital circuitry operating at high data rates generates supply noise that can interfere with sensitive RF components. Currently used methods, such as split planes and ferrite beads, have limited isolation bandwidth and can pose difficulties for signal integrity. Electromagnetic...
This work presents an efficient power delivery network design for mitigating the coupling of power supply noise in mixed-signal electronics using power transmission lines. Digital circuitry operating at high data rates generates supply noise that can interfere with sensitive RF circuitry. Currently used methods, such as split planes and ferrite beads, have limited isolation bandwidth and can pose...
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