A charge sharing system for LCoS display and a sharing method thereof are provided.

Power supply modules have outputs coupled in parallel and convey load share balancing information over a single wire load share bus.

Each of the power supply modules detect the assertion of the PWM signal on the load share bus and then each of them simultaneously drive the load share bus with a PWM signal representing their respective output loading.

However, sharing the load also means sharing the responsibilities.

The charge pump circuit resolves the matching problem of charging and discharging currents and the charge sharing problem in existing charge pump circuits.

By such an arrangement charge sharing can be effectively reduced.

The present invention provides a method and a device for sharing tunnel load.

The PWM load share signal width (time asserted) of the PWM signal represents the output loading of the respective power supply module.

A signal (Gsh) to turn on the charge share TFT device (12) for predetermined duration (Tsh) for every horizontal period of time is applied to each charge share control signal line (GashLj).

A method, a device and a system for load sharing and backup are disclosed.

Provided are a CMOS device for reducing the charge sharing effect and a preparation method therefor.

A load sharing process is performed to select an egress port of the network element.

All of the methods described provide some measure of load-sharing capability.

The inverter controller has a load sharing adjusting section for adjusting the sharing of the supply of the load current from the power supply units.

Provided are a load sharing method and device and a single board.