Abstract: The present disclosure relates to an amplification system that includes an amplifier, a resistor-capacitor (RC) network, and a charging path circuit. Herein, the RC network is coupled between an input port and an output port of the amplifier and includes a feedback resistor and a feedback capacitor. The feedback resistor is coupled between the input port of the amplifier and a joint point in between the feedback resistor and the feedback capacitor, and the feedback capacitor is coupled between the joint point and the output port of the amplifier. The charging path circuit is coupled between the joint point and ground, and configured to accelerate a charging speed of the feedback capacitor and reduce turn-on time of the amplifier.

Abstract: RF switching circuitry includes one or more RF switching elements, a control signal input node, a common resistor, and common resistor bypass circuitry. The one or more RF switching elements are coupled in series between a switch input node and a switch output node. A state of each one of the one or more switching elements is determined based on a control signal. The control signal input node is configured to receive the control signal. The common resistor is coupled between the control signal input node and the one or more RF switching elements. The common resistor bypass circuitry is configured to receive the switching control signal and bypass the common resistor for a predetermined time period following one or more of a leading edge of the switching control signal and a falling edge of the switching control signal.

Abstract: RF switching circuitry includes one or more RF switching elements, a control signal input node, a common resistor, and common resistor bypass circuitry. The one or more RF switching elements are coupled in series between a switch input node and a switch output node. A state of each one of the one or more switching elements is determined based on a control signal. The control signal input node is configured to receive the control signal. The common resistor is coupled between the control signal input node and the one or more RF switching elements. The common resistor bypass circuitry is configured to receive the switching control signal and bypass the common resistor for a predetermined time period following one or more of a leading edge of the switching control signal and a falling edge of the switching control signal.

Abstract: Embodiments include an apparatus, system, and method related to a body driven field effect transistor (FET). In embodiments, a body terminal of the FET may be electrically coupled with a source terminal of a second FET, and a drain terminal of the FET may be electrically coupled with a drain terminal of the second FET. Other embodiments may be described.

Abstract: Embodiments of circuits, apparatuses, and systems for a protection circuit to protect against overdrive or overvoltage conditions. Other embodiments may be described and claimed.

Abstract: Embodiments of circuits, apparatuses, and systems for an overdrive protection circuit arranged at an input to a primary power transistor to protect against overdrive conditions, where the overdrive protection circuit includes a sensing resistor. Other embodiments may be described and claimed.

Abstract: Embodiments of circuits, apparatuses, and systems for a protection circuit to protect against overdrive or overvoltage conditions. Other embodiments may be described and claimed.

Abstract: Embodiments of circuits, apparatuses, and systems for an overdrive protection circuit arranged at an input to a primary power transistor to protect against overdrive conditions, where the overdrive protection circuit includes a sensing resistor. Other embodiments may be described and claimed.