2005IEEE Transactions on Nuclear ScienceRequires access

HBD using cascode-Voltage switch logic gates for SET tolerant digital designs

Megan C. Casey, B. L. Bhuva, Jeff D. Black, L. W. Massengill

Open publisher page 34 citations

Abstract

Cascode-voltage-switch logic family of gates is evaluated for single-event vulnerability. As the data is stored on two storage nodes for each logic gate in this logic family, as opposed to only one for static logic family, the single-event transient pulse does not propagate for more than a few stages. Simulation results show single-event transient pulse termination after one logic gate. Area, speed, and power requirements for cascode-voltage logic are comparable to that of static logic.

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What this paper is about

Cascode-voltage-switch logic family of gates is evaluated for single-event vulnerability. As the data is stored on two storage nodes for each logic gate in this logic family, as opposed to only one for static logic family, the single-event transient pulse does not propagate for more than a few stages. Simulation results show single-event transient pulse termination after one logic gate. Area, speed, and power requirements for cascode-voltage logic are comparable to that of static logic.

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Available abstract

Cascode-voltage-switch logic family of gates is evaluated for single-event vulnerability. As the data is stored on two storage nodes for each logic gate in this logic family, as opposed to only one for static logic family, the single-event transient pulse does not propagate for more than a few stages. Simulation results show single-event transient pulse termination after one logic gate. Area, speed, and power requirements for cascode-voltage logic are comparable to that of static logic.

Key concepts: Pass transistor logic, Logic family, Logic gate, Cascode, Resistor–transistor logic, AND-OR-Invert, Logic level, Emitter-coupled logic

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