Electronic ballast-based device for controlling electronic control circuit and lighting lamp

A lighting lamp, comprising:

• the electronic ballast-based device for controlling an electronic control circuit, wherein the electronic ballast-based device comprises:
• an electronic ballast and an electronic control circuit which are connected with each other, wherein the electronic control circuit comprises a filament analog circuit, a rectifier bridge circuit, at least two frequency detection circuits connected in parallel, an interface logic circuit, and a switching circuit, and wherein:
• the electronic ballast is connected with the switching circuit sequentially through the filament analog circuit and the rectifier bridge circuit;
• the at least two frequency detection circuits connected in parallel have one end connected between the filament analog circuit and the rectifier bridge circuit, or connected between the electronic ballast and the filament analog circuit, and another end connected with the interface logic circuit;
• the interface logic circuit is connected with the switching circuit, and the interface logic circuit is configured to control working logic between the at least two frequency detection circuits connected in parallel;
• and
• a light emitting device that is connected with the electronic control circuit in the electronic ballast-based device for controlling the electronic control circuit, and is configured to be turned on or off under control of the electronic control circuit.

A method of manufacturing an electronic ballast-based device for controlling an electronic control circuit, comprising:

• providing an electronic ballast and an electronic control circuit which are connected with each other, wherein the electronic control circuit comprises a filament analog circuit, a rectifier bridge circuit, at least two frequency detection circuits connected in parallel, an interface logic circuit, and a switching circuit;
• connecting the electronic ballast with the switching circuit sequentially through the filament analog circuit and the rectifier bridge circuit;
• connecting the at least two frequency detection circuits in parallel, wherein the at least two frequency detection circuits have one end connected between the filament analog circuit and the rectifier bridge circuit, or connected between the electronic ballast and the filament analog circuit, and another end connected with the interface logic circuit;
• and
• connecting the interface logic circuit with the switching circuit, and connecting the interface logic circuit to control working logic between the at least two frequency detection circuits connected in parallel.