The detection circuitry of claim 1, wherein the logic circuitry allows only one of the first and second switches to be closed at a time.ģ. Detection circuitry for detecting an open-circuit condition in a wire, the detection circuitry comprising: a first signal generator that generates and applies a binary sequence to a first end of the wire a first series combination of a first resistor and a first switch connected between a voltage supply node and a second end of the wire a second series combination of a second resistor and a second switch connected between the second end of the wire and a ground node comparator circuitry that compares (i) the binary sequence generated by the first signal generator and (ii) a signal based on the voltage at the second end of the wire to check for an open-circuit condition in the wire and logic circuitry that receives the binary sequence from the first signal generator and closes one of the first and second switches as a function of a value in the binary sequence, wherein the comparator circuitry checks for the open-circuit condition in the wire only when one of the first and second switches is closed by the logic circuitry.Ģ. Semiconductor memory chip with re-drive unit for electrical signalsġ. Isolation barrier for interfacing a line side device to a system side device PROGRAMMABLE CIRCUIT HAVING A CARBON NANOTUBEĪpparatus for High Speed Data Multiplexing in a Processor TEST SYSTEM AND LOGIC SIGNAL VOLTAGE LEVEL CONVERSION DEVICE Implementation of MOS capacitor in CT scanner data acquisition systemĪrchitecture of Function Blocks and Wirings in a Structured ASIC and Configurable Driver Cell of a Logic Cell Zone Systems and methods for managing power supplied to integrated circuits METHOD AND APPARATUS FOR PERFORMING AN OPERATION WITH A PLURALITY OF SUB-OPERATIONS IN A CONFIGURABLE IC SYSTEMS AND METHODS FOR IMPLEMENTING STANDBY FUNCTIONALITY USING FIELD PROGRAMMABLE GATE ARRAYS Buffer having predriver to help improve symmetry of rise and fall transitions in an output signal
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