A switch, comprising: a switch input; a switch output; a first pair of drain-extended transistors (104, 106) of a first conduction type connected in series and coupled to the switch input and the switch output, the first pair of drain-extended transistors (104, 106) configured to provide a voltage from the switch input to the switch output responsive to the switch being on and the voltage being in a first range; a second pair of drain-extended transistors (108, 110) of a different conduction type than the first conduction type connected in series and coupled to the switch input and the switch output, the second pair of drain-extended transistors (108, 110) configured to provide a voltage from the switch input to the switch output responsive to the switch being on and the voltage being in a second range different from the first range; a transistor coupled between sources and gates of the second pair of drain-extended transistors (108, 110), the transistor configured to provide a gate voltage on the gates of the second pair of drain-extended transistors (108, 110) that is a fixed amount less than a voltage on the switch input; and a control input coupled to: gates of the first pair of drain-extended transistors (104, 106); a first switch coupled to sources of the first pair of drain-extended transistors (104, 106); a second switch coupled between a voltage supply and gates of the second pair of drain-extended transistors (108, 110); and a third switch coupled between the voltage supply and sources of the second pair of drain-extended transistors (108, 110). a switch input; a switch output; a first pair of drain-extended transistors (104, 106) of a first conduction type connected in series and coupled to the switch input and the switch output, the first pair of drain-extended transistors (104, 106) configured to provide a voltage from the switch input to the switch output responsive to the switch being on and the voltage being in a first range; a second pair of drain-extended transistors (108, 110) of a different conduction type than the first conduction type connected in series and coupled to the switch input and the switch output, the second pair of drain-extended transistors (108, 110) configured to provide a voltage from the switch input to the switch output responsive to the switch being on and the voltage being in a second range different from the first range; a transistor coupled between sources and gates of the second pair of drain-extended transistors (108, 110), the transistor configured to provide a gate voltage on the gates of the second pair of drain-extended transistors (108, 110) that is a fixed amount less than a voltage on the switch input; and a control input coupled to: gates of the first pair of drain-extended transistors (104, 106); a first switch coupled to sources of the first pair of drain-extended transistors (104, 106); a second switch coupled between a voltage supply and gates of the second pair of drain-extended transistors (108, 110); and a third switch coupled between the voltage supply and sources of the second pair of drain-extended transistors (108, 110). gates of the first pair of drain-extended transistors (104, 106); a first switch coupled to sources of the first pair of drain-extended transistors (104, 106); a second switch coupled between a voltage supply and gates of the second pair of drain-extended transistors (108, 110); and a third switch coupled between the voltage supply and sources of the second pair of drain-extended transistors (108, 110).