Item Type: | Laser Flashlight |
---|---|
Brand Name: | Q-BAIHE |
Unit Type: | piece |
Package Size: | 18cm x 15cm x 10cm (7.09in x 5.91in x 3.94in) |
Package Weight: | 0.25kg (0.55lb.) |
Quick Details
Specifications
LM4610N+NE5532 Tweeter Bass Volume Tone Adjust Amplifier Assembled Board
Specification:
Original LM4610N+NE5532
Electrolytic capacitance signal main circuit adopts Taiwan famous brand, the main filter capacitance nikon use special electrolytic capacitor capacity of 4 x 10000 uf, the full-wave bridge rectifier circuit, ensure powerful continuous power support
Resistance choose rings of metal resistance, accuracy of 1% rings metal film resistor is used in the main circuit, ensure the machine good signal-to-noise ratio.
PCB used 1.6 mm thick double-sided board, 1.6 oz copper thick, sprayed tin whole process, to ensure good through the performance of the size of the current
Fully enclosed dust potentiometer, the performance is more stable, more durable than ordinary potentiometer
Coupling capacitor using MET 3.3UF/100V
Switch S1 is 3D audio switch, S2 of equal loudness switch
Electrolytic capacitance signal main circuit adopts Taiwan famous brand, the main filter capacitance nikon use special electrolytic capacitor capacity of 4 x 10000 uf, the full-wave bridge rectifier circuit, ensure powerful continuous power support
Resistance choose rings of metal resistance, accuracy of 1% rings metal film resistor is used in the main circuit, ensure the machine good signal-to-noise ratio.
PCB used 1.6 mm thick double-sided board, 1.6 oz copper thick, sprayed tin whole process, to ensure good through the performance of the size of the current
Fully enclosed dust potentiometer, the performance is more stable, more durable than ordinary potentiometer
Coupling capacitor using MET 3.3UF/100V
Switch S1 is 3D audio switch, S2 of equal loudness switch
Feature:
Recommended: Dual AC15-0-15V 10W( Or Dual 12V-0-12V)
Power board size: 177 x 52 mm
Package:
1 x LM4610N+NE5532 Tweeter Bass Volume Tone Adjust Amplifier Assembled Board