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For high-load applications, wire-wound cement resistors with a continuous load capacity of 25 watt are a great option.
For high-load applications, wire-wound cement resistors with a continuous load capacity of 25 watt are a great option.
For high-load applications, wire-wound cement resistors with a continuous load capacity of 25 watt are a great option.
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Bifilar Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Designed for use in no compromise crossover designs, Dayton Audio's Precision 20 watt Audio Grade Resistors are ideal for use in your next high end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
Dayton Audio DNR Series "Audio Grade" resistors are used in Zobel networks and fixed L-Pad attenuator circuits for tweeters. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perf
Designed for use in no compromise crossover designs, Dayton Audio's Precision 10 watt Audio Grade Resistors are ideal for use in your next high-end speaker design. The extremely low inductance, non-magnetic construction, tight 1% tolerance, copper end cap
The Superes resistors are Jantzen’s top-of-the-line resistors. Perfect for high-end crossover application. The premium choice for both speaker manufacturers and DIY enthusiasts.
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
Dayton Audio DNR Series "Audio Grade" resistors are primarily used in Zobel networks and fixed L-Pad attenuator circuits. Nickel-chromium elements, a high thermal conductivity ceramic core, and welded construction all contribute to their low-noise perform
