An electrosurgical control system comprising: an electrosurgical assembly for performing a surgical procedure; a control assembly operatively coupled to the electrosurgical assembly for controlling an operation of the electrosurgical assembly; and an activation device operatively coupled to the control assembly for generating a trigger signal to the control assembly, wherein upon the control assembly receiving a single trigger signal, the control assembly activates the electrosurgical assembly in a continuous operation mode, wherein the electrosurgical assembly comprises a driver circuit adapted to be operatively coupled to an electrosurgical instrument and to provide a supply signal for operating the electrosurgical instrument, wherein the control assembly comprises a controller circuit operatively coupled to the driver circuit for transmitting a power signal and a control signal to the driver circuit, wherein the control assembly further comprises a safety circuit operatively coupled to the controller circuit for transmitting a control signal to the controller circuit for controlling the electrosurgical assembly when predetermined operational conditions are met, wherein the control assembly further comprises a switching circuit coupled to the safety circuit for generating a latch signal upon activation of the activation device, wherein upon activation of the activation device for a predetermined time period, the switching circuit generates a continuous latch signal to operate the electrosurgical assembly in the continuous operating mode and temporarily disconnects the activation device by locking out the trigger signal for a specified period of time, wherein upon a subsequent activation of the activation device, the switching circuit stops generating the continuous latch signal, wherein the electrosurgical assembly is deactivated. an electrosurgical assembly for performing a surgical procedure; a control assembly operatively coupled to the electrosurgical assembly for controlling an operation of the electrosurgical assembly; and an activation device operatively coupled to the control assembly for generating a trigger signal to the control assembly, wherein upon the control assembly receiving a single trigger signal, the control assembly activates the electrosurgical assembly in a continuous operation mode, wherein the electrosurgical assembly comprises a driver circuit adapted to be operatively coupled to an electrosurgical instrument and to provide a supply signal for operating the electrosurgical instrument, wherein the control assembly comprises a controller circuit operatively coupled to the driver circuit for transmitting a power signal and a control signal to the driver circuit, wherein the control assembly further comprises a safety circuit operatively coupled to the controller circuit for transmitting a control signal to the controller circuit for controlling the electrosurgical assembly when predetermined operational conditions are met, wherein the control assembly further comprises a switching circuit coupled to the safety circuit for generating a latch signal upon activation of the activation device, wherein upon activation of the activation device for a predetermined time period, the switching circuit generates a continuous latch signal to operate the electrosurgical assembly in the continuous operating mode and temporarily disconnects the activation device by locking out the trigger signal for a specified period of time, wherein upon a subsequent activation of the activation device, the switching circuit stops generating the continuous latch signal, wherein the electrosurgical assembly is deactivated.