Parts & Components

Jantzen Resistor Mox, 3.90Ω 10WThe MOX resistors are high quality foil-based audio grade resistors. They feature a high temperature tolerance and are very resistant to shock. These resistors have always been a staple for professional audio manufacturers...

Jantzen Resistor Superes, 0.33Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

Jantzen Resistor Superes, 27.00Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

Jantzen Resistor Superes, 5.10Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

Jantzen Resistor Superes, 82.00Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

Mundorf Resistor 2R2 10W M-Resist Classic Series The ceramic wire-wound M-Resist Classic MREC10 sits in the Mundorf range above their Metal Oxide (MOX) resistors and below their Supreme 20W resistors. A simple classic resistor format that gives...

Mundorf Resistor 2R2 Ohm 10W MR10 Series In comparison to cement resistors, metal-oxide film resistors do not have any residual inductivity. This is the reason why metal oxide film resistors should be favoured whenever impulse speed is required, e.g. in...

15R Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

4R3 Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

4R7 (4.7R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

Jantzen Resistor Superes, 33.00Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

Duelund Resistor 6R5 Ohm 10W CAST-Graphite Series Silver Leads ± 10% Tolerance Discontinued Constructed from a graphite rod with silver terminals in a phenolic cylinder for protection, using a high temperature epoxy, both as a cavity-fill within the...

Jantzen Resistor Ceramic, 1.00Ω 10WSecond in the line of of the 3 power ratings Ceramic resistors from Jantzen. The 10W Ceramic resistors are affordable resistors and a stable in OEM speaker production. They feature a high temperature tolerance and are...

Jantzen Resistor Mox, 1.00Ω 10WThe MOX resistors are high quality foil-based audio grade resistors. They feature a high temperature tolerance and are very resistant to shock. These resistors have always been a staple for professional audio manufacturers...

Jantzen Resistor Superes, 8.20Ω 10WComponent selection by manufacturers are often based on cost alone rather than performance, giving the DIYer plenty of scope for improving their sound. These high quality 10 watt wire wound, ceramic core resistors from...

1R2 (1.2R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

7R5 (7.5R) Ohm 10 Watt, Path Audio, Non-Inductive, Non Magnetic Design, Thick Film Resistor, Grounded Copper Case(for RF and EMI shielding), 1% Tolerance

Duelund Resistor 18R Ohm 10W STANDARD-Graphite Series Silver Leads Duelund Coherent Audio are widely acknowledged for designing and manufacturing the world’s finest capacitors, inductors, resistors and cables. Their resistors are specifically...