Integrated high-frequency electrodeless lamp

Abstract

The invention relates to an integrated high-frequency electrodeless lamp. The integrated high-frequency electrodeless lamp is provided with a high-frequency generator as a head and a high-frequency electrodeless bulb installed on the high-frequency generator, wherein the high-frequency generator further sequentially comprises a lower shell for mounting the high-frequency electrodeless lamp, a middle heat insulating seat, an upper shell and a lamp holder connected with an outside power source and installed on the upper shell, the middle heat insulating seat and the upper shell form a cavity capable of containing a power source heat dissipation base, a circuit module of the high-frequency generator is arranged on the power source heat dissipation base, and a field effect transistor on the circuit module clings against a connecting pin on the power source heat dissipation base. In the invention, the high-frequency generator and a high-frequency electrodeless bulb shell are integrally designed so as to save the occupied volume and have easy installation.

Description

technical field [0001] The invention relates to an integrated high-frequency electrodeless lamp. Background technique [0002] At present, the high-frequency electrodeless bulbs and high-frequency generators on the market are of separate design, which not only takes up space and volume, but also is inconvenient to install, and does not match the traditional lamp head, and the cost is high. For this part of the high-frequency electrodeless bulb, the traditional high-frequency electrodeless bulbs all have an exhaust pipe and an amalgam storage pipe, which are located on both sides of the bottom of the discharge chamber. And the amalgam storage tube, which requires the high-frequency induction lamp to have a large enough volume, which not only increases the cost of manufacturing the high-frequency induction lamp, but also limits the wider development of the high-frequency induction lamp. Most of the current high-frequency induction lamps use heat conduction rods and bases to d...

AI Technical Summary

Problems solved by technology

[0002] At present, the high-frequency electrodeless light bulbs and high-frequency generators on the market are designed separately, which not only takes up space, but also is inconvenient to install, and does not match the traditional lamp head, and the cost is high.

For the part of the high-frequency electrodeless bulb, the traditional high-frequency electrodeless bulb has an exhaust pipe and an amalgam storage tube, and these two tubes are respectively located on both sides of the bottom of the discharge chamber. And the amalgam storage tube, which requires that the high-frequency electrodeless lamp must have a large enough volume, which not only increases the cost of manufacturing high-frequency electrodeless lamps, but also limits the development of high-frequency electrodeless lamps in a wider direction

Most of the current high-frequency electrodeless lamps use heat-conducting rods and bases for heat dissipation, and the heat dissipation effect is not good. However, the high-frequency electrodeless lamps have higher power and generate more heat. High-frequency electrodeless lamps with poor heat dissipation will seriously affect its lifespan

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