It may be that the dimmable LED bulb is drawing insufficient power as opposed to an incandescent bulb and that the lamp circuit won't work.
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The fact that it turns on after disconnecting/connecting the power ''may'' be due to the capacitor(s) in the lamp's oscillator circuit being fully charged by the power supply, but this is just a guess.
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The fact that it turns on after disconnecting/connecting the power ''may'' be due to the capacitor(s) in the lamp's oscillator circuit being fully charged by the power supply's inrush current, but this is just a guess.
Touch lamps work on the principle of the body's capacitance when touching the lamp, affecting an oscillator in the control circuit and oscillators can be of the LC (inductor/capacitor) type or RC (resistor/capacitor) type.
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You could try a standard LED bulb (non dimmable)and see if that works but then again you may want the dimmable feature)
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You could try a standard LED bulb (non dimmable)and see if that works but then again you may want the dimmable feature so maybe not
It may be that the dimmable LED bulb is drawing insufficient power as opposed to an incandescent bulb and that the lamp circuit won't work.
The fact that it turns on after disconnecting/connecting the power ''may'' be due to the capacitor(s) in the lamp's oscillator circuit being fully charged by the power supply, but this is just a guess.
-
Touch lamps work on the principle of the body's capacitance when touching the lamp, affecting an oscillator in the control circuit and oscillators can be of the LC (inductor/capacitor) type or RC (resistor/capacitor) type
+
Touch lamps work on the principle of the body's capacitance when touching the lamp, affecting an oscillator in the control circuit and oscillators can be of the LC (inductor/capacitor) type or RC (resistor/capacitor) type.
+
+
You could try a standard LED bulb (non dimmable)and see if that works but then again you may want the dimmable feature)
Hi,
It may be that the dimmable LED bulb is drawing insufficient power as opposed to an incandescent bulb and that the lamp circuit won't work.
The fact that it turns on after disconnecting/connecting the power ''may'' be due to the capacitor(s) in the lamp's oscillator circuit being fully charged by the power supply, but this is just a guess.
Touch lamps work on the principle of the body's capacitance when touching the lamp, affecting an oscillator in the control circuit and oscillators can be of the LC (inductor/capacitor) type or RC (resistor/capacitor) type