Infection is an accepted complication of hernia operation; however, it may be more serious following laparoscopic techniques. Successful TEP hernioplasty requires adequate dissection and complete exposure and coverage of all potential sites that cause inguinal hernia. If infection and suppuration are resistant to conservative methods or occur in the early postoperative period, aggressive imaging study and treatment provides definitive treatment and reduces the burden of complications.

A 60 GHz improved IIP3 double-pole double-throw (DPDT) switch using body and gate floated multi-stack resonator implemented in 65 nm CMOS technology is presented. To improve the IIP3, multistack and resistive body-floating techniques are used. To decrease the insertion loss, the resistive body-floating, gate-floating and resonant inductor techniques are used. This DPDT switch is designed to have effective size using body and gate floated multi-stack resonator. IIP3 is better than 27.5 dBm in 58.8-65.3 GHz. Insertion loss is <3.3 dB in 57-66 GHz. Return loss is better than 10 dB in 49-68 GHz.