Mundorf Resistors

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 39 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 27 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 18 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 12 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 8,2 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 5,6 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 3,9 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 2,7 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 1,8 Ohm.

Mundorf MResist 25W resistor. Tolerance: 5%. Size: 60x15x13mm. 1,2 Ohm.

Mundorf heat sink for Mresist Ultra Series. 2x7,5W. Dimensions (LxHxW): 42 x 38,1 x 25mm.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The Mundorf MResist Ultra resistors are based on the well-known good tonal properties of copper-manganin foil which provides an order of magnitude lower inductance. Copper is significantly softer than the metal-oxide used for MOX resistors. The natural resonances of the copper-manganin foil are therefore significantly less pronounced, which means that distortions caused by crystallurgy and electroacoustics are significantly reduced here. Rated 3W without heat sink or 30W with optional heatsink added.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

The MResist SUPREME series by Mundorf was developed especially for use with speakers and audio amplifiers. Their premium audio quality has been proven in many high end audio products. The resistors are acoustically not noticeable in the signal path. The resistors are made to the high quality standard that Mundorf is known for.

Mundorf MResist MREC10-47 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-33 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-22 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-15 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-10 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-6,8 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-4,7 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-3,3 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-2,2 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.

Mundorf MResist MREC10-1,5 Ohm resistor. Size (DxL): 10x45mm. Copper-Nickel wire with ceramic casing. Rating: 1000V AC. Power: 10W.