Mundorf Collection

Mundorf Resistor 10R0 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 3R9 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...

Mundorf Resistor 6R8 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...

Mundorf Resistor 10R 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...

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...

Mundorf Resistor 12R 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...

Mundorf Resistor 2R7 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...

Mundorf Resistor 1R5 (1.5R) Ohm 10W MResist Classic Series Ceramic Wirewound ± 2% Tolerance 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...

Mundorf Resistor 3R3 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...

Mundorf Resistor 8R2 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...

Mundorf Resistor 15R 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...

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 1R8 (1.8R) Ohm 10W MResist MOX MR10 Series Metal Oxide ± 2%  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...

Mundorf Resistor 1R 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...

Mundorf Resistor 1R0 10W MResist Classic Series Ceramic Wirewound ± 2% Tolerance 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...

Mundorf Resistor 1R5 (1.5R) Ohm 10W MResist MOX MR10 Series Metal Oxide ± 2% 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...

Mundorf Resistor 4R7 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...

Mundorf Resistor 0R39 (0.39) 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,...