A practical overview of high efficient electronic ballast design for HID lamps! Energy saving issues have increasing importance. HID lighting industry is one of these areas where the high efficient electronic ballasts can provide significant energy saving. The purpose of this site to present a simple overview about the specific features of HID lamps and related ballast requirements. A comparison method of different ballasts from energy saving viewpoint is also presented. Ballast Curves and Power Control Interactive Design Aid for Engineers Give a powerful tool to your engineers and save time and money for your company! More information->> Business opportunity! If your company is planning to start development of low frequency square wave electronic ballast for MH lamps, or want to expand existing product line, we recommend our powerful low frequency square wave technology exceeding the presently available electronic ballasts in several important features. With our existing technologies, the introduction of competitive high quality electronic ballasts to market, will be a smooth process. Ballastronic, Inc. is specialized in developing high quality and energy efficient electronic ballasts for HID lamps. Our principal focus has been in the development of low frequency square wave ballast technology for pulse start metal halide lamps, especially in medium power range (350W - 600W). The unique circuit solutions of our ballast provide stable and acoustic resonance free operation in a wide ambient temperature range making the ballast able to operate under extreme conditions. Our dimmable 400W electronic ballast prototype for pulse start metal halide (MH) lamps demonstrates the company's patented low frequency square wave technology. Powerful unique features distinguish it from the market's presently available electronic ballasts. We have also developed high efficient, dimmable electronic ballast prototypes for HPS lamps from 70W to 250W. For more information please visit Ballastronic Home | Ballast Overview | Design Considerations | Energy Saving Factor | Design Aid | About | Contact
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