"Unstructured data" refers to data stored without a particular organization, predefined format, protocol, or configuration.  Examples of unstructured data include, but are not limited to, content of a text message, content of an email message, text content of a file, content of a document, and the like. … more "Unstructured data" refers to data stored without a particular organization, predefined format, protocol, or configuration.  Examples of unstructured data include, but are not limited to, content of a text message, content of an email message, text content of a file, content of a document, and the like.

"Trigger boosting circuit" refers to a device, component, element, module, system, sub-system, circuitry, logic, hardware, or circuit configured to complement a trigger circuit and mitigate electrical load and/or stress on an IO pad during an ESD event. … more "Trigger boosting circuit" refers to a device, component, element, module, system, sub-system, circuitry, logic, hardware, or circuit configured to complement a trigger circuit and mitigate electrical load and/or stress on an IO pad during an ESD event.

"ESD event" refers to a sudden discharge of charge from a charge carrier into an electrical circuit.  … more "ESD event" refers to a sudden discharge of charge from a charge carrier into an electrical circuit. 

"Second gate node" refers to a node of an electronic circuit that connects to a gate terminal of a second NMOS transistor in a cascoded configuration connected between a first NMOS transistor and a ground source. … more "Second gate node" refers to a node of an electronic circuit that connects to a gate terminal of a second NMOS transistor in a cascoded configuration connected between a first NMOS transistor and a ground source.

"Time constant" refers to a constant value used in a circuit that includes a resistor and a capacitor connected in series, either in a charging configuration with a voltage or potential source or in a discharging configuration with a ground source or load discharging the capacitor. A time constant is a value in seconds equal to a resistance for the resistor multiplied by a capacitance for the capacitor. A time constant may be represented by the Greek letter Tau. If a target time constant is known, then an amount of resistance and/or an amount of capacitance for the resistor and capacitor may be adjusted to satisfy other design criteria for a circuit. … more "Time constant" refers to a constant value used in a circuit that includes a resistor and a capacitor connected in series, either in a charging configuration with a voltage or potential source or in a discharging configuration with a ground source or load discharging the capacitor. A time constant is a value in seconds equal to a resistance for the resistor multiplied by a capacitance for the capacitor. A time constant may be represented by the Greek letter Tau. If a target time constant is known, then an amount of resistance and/or an amount of capacitance for the resistor and capacitor may be adjusted to satisfy other design criteria for a circuit.

"Holding voltage" refers to a voltage level at which a node or signal line within a circuit may be held by the operation of included, or additional, protective circuitry in order to prevent the node or signal line from experiencing a voltage that would be harmful to components connected to that node or signal line. … more "Holding voltage" refers to a voltage level at which a node or signal line within a circuit may be held by the operation of included, or additional, protective circuitry in order to prevent the node or signal line from experiencing a voltage that would be harmful to components connected to that node or signal line.

"Fail-safe voltage threshold" refers to a voltage level representing a maximum voltage level that a circuit, such as a communication bus, coupled to an IO pad may experience during normal operation of an electronic device. A circuit supports fail-safe operation if the circuit is configured to remain passive and not interfere with a coupled circuit, such as a communication bus, when a supply voltage for the fail-safe circuit is substantially zero volts. … more "Fail-safe voltage threshold" refers to a voltage level representing a maximum voltage level that a circuit, such as a communication bus, coupled to an IO pad may experience during normal operation of an electronic device. A circuit supports fail-safe operation if the circuit is configured to remain passive and not interfere with a coupled circuit, such as a communication bus, when a supply voltage for the fail-safe circuit is substantially zero volts.