LCD Monitors

Power Integrations offers a range of products designed for LCD monitor applications. Each IC includes a ≥700 V power MOSFET combined with control and protection circuitry on a single chip. Energy efficient and designed to meet all existing and proposed energy saving standards worldwide, Power Integrations solution can help reduce cost and speed up the introduction of new products.

Design Examples

Document Description	Design Ideas	Design Example Reports	Engineering Prototype Reports	Reference Design Kits
High Efficiency 40 W Standby Supply
High Efficiency 30 W Standby Supply
Slim 36.3 W Power Supply
27 W Power Supply
Low Profile, Low Standby Consumption 27 W Power Supply
LCD Monitor Power Supply (12 V)
LCD Monitor Power Supply
TOPSwitch-HX power supply design, ideal for LCD monitor applications, 90-265 VAC Input, 12 V, 2 A and 5V, 2.2A Outputs				RDK-142
TinySwitch-III reference design for monitor applications, wide input standby power supply, 12 V/1 A output				RDK-91
40 W Power Supply Using TOP256EN

Recommended Product Families

IC Product Family	Design Guides	Typical Circuit Configuration	Power/Current Ratings	Description
SENZero™	NA	AC Power Supply	NA	Simple-to-use device that eliminates significant standby losses by disconnecting unused circuit paths during power-saving modes
CAPZero™		AC Power Supply	NA	Easy to use device for reducing standby mode power by eliminating power losses from X capacitor discharge resistors
TOPSwitch™-JX		Flyback	12 W to 177 W	Integrated Off-Line Switcher with EcoSmart™ Technology for Highly Efficient Power Supplies
TinySwitch™-PK		Flyback	7.5 W, 13 W peak	All the features of TinySwitch-III, plus a peak power mode further extending its power capability.
TinySwitch™-III	NA	Flyback	6 W to 36.5 W	Highly energy efficient offline switcher IC utilizing on-off control for high efficiency at all load conditions. No-load consumption less than 50 mW. Ideal for TV standby supply.
HiperPLC™		PFC+LLC Half-bridge	NA	HiperPLC is a combined PFC and LLC off-line controller with an integrated hi-side/lo-side high voltage half bridge driver. The PFC section of the HiperPLC supports a universal input, continuous-current mode (CCM) topology that does not require a sinusoidal input reference.

Related Design Support Documents

Related Links

Standby power requirements for TVs and monitors.