Radio frequency switches with voltage equalization

A transceiver comprising:

• a switch circuit that includes
• a first port,
• a second port,
• a third port,
• a first transistor stack coupled between the first and second ports, wherein the first transistor stack comprises a first plurality of transistors coupled in series between the first and second ports to provide a first variably-conductive path between the first and second ports, and wherein each transistor of the first plurality of transistors has a gate terminal coupled to a first control terminal,
• a first compensation circuit coupled to the first transistor stack, wherein the first compensation circuit is connected between a body of a first transistor of the first plurality of transistors and a gate terminal of a second transistor of the first plurality of transistors,
• a second transistor stack coupled in parallel with the first transistor stack between the first and second ports, wherein the second transistor stack comprises a second plurality of transistors coupled in series between the first and second ports to provide a second variably-conductive path between the first and second ports, and wherein each transistor of the second plurality of transistors has a gate terminal coupled to a second control terminal,
• a second compensation circuit coupled to the second transistor stack, wherein the second compensation circuit is connected between a body of a first transistor of the second plurality of transistors and a gate terminal of a second transistor of the second plurality of transistors,
• a third transistor stack coupled between the second and third ports, wherein the third transistor stack comprises a third plurality of transistors coupled in series between the second and third ports to provide a third variably-conductive path between the second and third ports, and wherein each transistor of the third plurality of transistors has a gate terminal coupled to a third control terminal.