All The Inductors in this section are manufactured with the best quality standards for the price . In case of Audio inductors the audio signal has to travel through extremely long lengths of copper wire, so the quality of copper should be very good. By Quality we mean that the copper should be Oxygen Free and have the highest Conductivity. All Of our Coils Use the High quality 99.99% OF- copper made using the CDA101 copper cathode, Our coils are wound on a CNC Orthocylic Precision Winder. The layering of the coils is very important and while a coil is being wound on a CNC precision winder . Proper wire tension is constantly measured by the feedback system in the machine which makes sure that the wire is not stretched too hard and in turn the structure of the copper is not harmed in any way .The Copper layers are wound very perfectly and then are baked for a prolonged time , which ensures no saturation, hysteresis, or other magnetic distortions. These coils have finally been measured using a Hi-End LCR bridge and the DCR values are tabled Below . The Inductance values are within a very tight tolerance and as per us there is no need of matching pairs. All the values listed are in stock and are dispatched the same day.
Specifications:
Wire type and gauge: Uses High quality QA-1 18 AWG OFC Polyurethane enameled wire.
All the Inductors have been Measured @ 1Khz / 1.0v
Precision CNC wound with Tension Feedback/ Control
Core type: Air
DC resistance: Please Refer to the table Below
Tolerance ±2%
Power handling: 300 watts RMS
Gauge
Model
DCR (ohms)
Gauge
Model
DCR (ohms)
Gauge
Model
DCR (ohms)
18 AWG
0.1mH
.13
18 AWG
0.50mH
.34
18 AWG
1.25mH
.58
18 AWG
0.15mH
.16
18 AWG
0.55mH
.36
18 AWG
1.50mH
.64
18 AWG
0.20mH
.20
18 AWG
0.60mH
.38
18 AWG
1.75mH
.70
18 AWG
0.25mH
.23
18 AWG
0.65mH
.40
18 AWG
2.0mH
.78
18 AWG
0.30mH
.26
18 AWG
0.7mH
.42
18 AWG
2.25mH
.82
18 AWG
0.35mH
.28
18 AWG
0.8mH
.46
18 AWG
2.5mH
.88
18 AWG
0.40mH
.30
18 AWG
0.9mH
.49
18 AWG
18 AWG
0.45mH
.32
18 AWG
1.00mH
.52
18 AWG
All Inductors Have Been Measured @ 1Khz /1.0 V . The Above Data has been Measured Using 4 wire Kelvin Resistance Measurement.