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Signal Capacitors · Metallized Film
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MCap Evo
Mundorf MCap Evo Alu 0.010 µF 650/440 VDC/VAC capacitor
MCap Evo Alu

ME-0,010T5.650

The MCap Evo Alu brings the system into a state of controlled serenity. Voices become clearer and calmer without becoming brighter. The soundstage gains focus while remaining relaxed and effortless. Even at higher volumes, everything remains orderly, confident, and relaxed, with clearly audible fine details. The MCap Evo Alu is the gateway to the world of high-end capacitors, a world full of dynamics, precision, and timbres.

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Technologies

Aluminium Metallization

Reduces charge carrier dispersion at grain boundaries in the metal, reduces sound roughness, calms the noise spectrum.

Aluminum metallization (100% aluminum instead of zinc-aluminum mixture)

Pure aluminum metallization replaces the zinc-aluminum mixture commonly used in industry with a homogeneous metal structure. This reduces interface effects at the grain boundaries , stabilizes the conductivity across the electrode surface and results in a significantly quieter noise spectrum. For example, the basic design of an MCap is audibly different from typical industrial capacitors.

Tonal Effects

  • Darker, quieter background — subtle artifacts recede
  • Clearer, clearer stage without rough-metallic side effects
  • Quiet, well-defined overall sound — a real introduction to audiophile quality

Learn more
Evo Wrapping Geometry

Lowers ESL and ESR, significantly improves timing, focus and audibility.

Evo Winding Geometry

The Evo winding geometry uses many narrow turns of the electrode foils, with end-face contacts, instead of a few wide layers. As a result, current paths are shortened and the power distribution over the entire winding surface is significantly more homogeneous. This not only significantly lowers the equivalent series inductance (ESL), but also the equivalent series resistance (ESR) — the capacitor processes transients faster, in a more controlled manner and at the same time remains mechanically more stable and less susceptible to mechanical resonances. The result is a precise, focused and stress-free listening experience that remains organized even with complex music.

Tonal effects

  • more precise transients and clear rhythmic structure
  • More stable center, clearer localisation and a more focused soundstage
  • better transparency in dense, complex music
  • more control and sovereignty even at higher levels
  • stress-free precision without nervousness
  • clean microdetails without temporal smearing

Learn more
Reinforced Metallization

Reduces electrode resistance, reduces hot spots, keeps parameters stable under load.

Reinforced Metallization

Reinforced metallization means a deliberately thicker metal layer on the insulation film. As a result, the resistance of the electrode tracks drops significantly, conductivity increases, voltage drops and local heating are reduced, and field gradients are flattened. The capacitor remains stable under pulses and high current peaks because the electrode does not become a limiting factor: energy is available more quickly and in a more controlled manner, capacity and losses remain more constant even under load, and signal-related modulations in the metal grid are reduced. The result is superior, powerful and clean transmission behavior — even if it becomes dynamic.

Tonal effects

  • controlled, powerful and clear even at peak levels
  • Bass and drum impulses with more authority and drawing
  • more stable sound without electrode-side “flickering”
  • more peace and order in complex, dynamic passages

Learn more
Encapsulation in Housing

Fixes the wrap, dampens resonances, prevents signal-related oscillation.

Encapsulation in a housing with visco-elastic sealing compound

Encapsulation in a housing with visco-elastic sealing compound means: The capacitor wrap is mechanically calmed and permanently fixed in the fixed housing — not only against external vibrations, but also against stimulation from the music signal itself. This is because alternating current generates field forces that can set the winding in motion; this is precisely what causes macro-microphonic feedback when the capacitor winding resonates. The encapsulation prevents this feedback from building up: coupled energy is absorbed by the viscoelastic layer, resonances are widely dispersed and their amplitude is reduced – resonance peaks are effectively eliminated.

Tonal effects

  • Stable, relaxed stage even at high levels — the capacitor remains “silent”
  • Clear location: Voices and instruments retain their shape and position
  • Less housing noise and structure-borne noise — the sound appears sorted and focused
  • More audibility: quiet room information and fine details are retained even when dynamic

Learn more
Tight Tolerances

Make sure that the left and right channels work identically, important for stable stage and positioning.

Tight Tolerances

Tight tolerances in capacitance, inductance, and resistance ensure that capacitors of one type are very close together in terms of their electrical properties. In crossovers, the left and right channels therefore work virtually identically: crossover frequencies, level ratios and phase positions match closely. This is the basis for stable, precise stereo imaging and reproducible results — in series production and also after service.

Tonal Effects

  • precise, stable soundstage without drifting
  • Coherent overall impression: left and right channels fuse into a single, seamless whole
  • characteristic sound is reliably retained even after component replacement/repair
  • More stable virtual center and clearer spatial layering

Learn more

Technical data

Article number
ME-0,010T5.650
Voltage rating
650/440 VDC/VAC
Dimensions
Ø12xL12 mm
Temperature range
-25°C/-13°F...+85°C/+185°F
Conductor material
Aluminium
Version
Dry
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Similar configurations

1 VARIANTS

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Article number
ME-8,2T3.450
Capacitance
8.2 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø35xL27 mm
Connections
Ø1.00xL35/60 mm
Article number
ME-82T3.350
Capacitance
82 µF
Voltage rating
350/240 VDC/VAC
Dimensions
Ø75xL50 mm
Connections
Ø1.40xL50/105 mm
Article number
ME-6,8T3.450
Capacitance
6.8 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø35xL27 mm
Connections
Ø1.00xL35/60 mm
Article number
ME-68T3.350
Capacitance
68 µF
Voltage rating
350/240 VDC/VAC
Dimensions
Ø65xL50 mm
Connections
Ø1.40xL50/105 mm
Article number
ME-5,6T3.450
Capacitance
5.6 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø30xL27 mm
Connections
Ø1.00xL35/60 mm
Article number
ME-56T3.350
Capacitance
56 µF
Voltage rating
350/240 VDC/VAC
Dimensions
Ø65xL50 mm
Connections
Ø1.40xL50/105 mm
Article number
ME-4,7T3.450
Capacitance
4.7 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø30xL27 mm
Connections
Ø1.00xL35/60 mm
Article number
ME-47T3.350
Capacitance
47 µF
Voltage rating
350/240 VDC/VAC
Dimensions
Ø50xL50 mm
Connections
Ø1.20xL35/90 mm
Article number
ME-3,9T3.450
Capacitance
3.9 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø25xL27 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-33T3.450
Capacitance
33 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø65xL35 mm
Connections
Ø1.20xL35/90 mm
Article number
ME-3,3T3.450
Capacitance
3.3 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø30xL21 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-330T3.250
Capacitance
330 µF
Voltage rating
250/170 VDC/VAC
Dimensions
Ø75xL90 mm
Connections
Ø1.40xL50/140 mm
Article number
ME-2,7T3.450
Capacitance
2.7 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø30xL21 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-270T3.250
Capacitance
270 µF
Voltage rating
250/170 VDC/VAC
Dimensions
Ø65xL90 mm
Connections
Ø1.40xL50/140 mm
Article number
ME-22T3.450
Capacitance
22 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø50xL35 mm
Connections
Ø1.00xL35/75 mm
Article number
ME-2,2T3.450
Capacitance
2.2 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø25xL21 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-220T3.250
Capacitance
220 µF
Voltage rating
250/170 VDC/VAC
Dimensions
Ø65xL90 mm
Connections
Ø1.40xL50/140 mm
Article number
ME-18T3.450
Capacitance
18 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø50xL35 mm
Connections
Ø1.00xL35/75 mm
Article number
ME-1,8T3.450
Capacitance
1.8 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø25xL21 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-180T3.250
Capacitance
180 µF
Voltage rating
250/170 VDC/VAC
Dimensions
Ø65xL90 mm
Connections
Ø1.40xL50/140 mm
Article number
ME-15T3.450
Capacitance
15 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø40xL35 mm
Connections
Ø1.00xL35/75 mm
Article number
ME-1,5T3.450
Capacitance
1.5 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø30xL16 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-150T3.250
Capacitance
150 µF
Voltage rating
250/170 VDC/VAC
Dimensions
Ø50xL90 mm
Connections
Ø1.40xL50/140 mm
Article number
ME-12T3.450
Capacitance
12 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø35xL35 mm
Connections
Ø1.00xL35/65 mm
Article number
ME-10T3.450
Capacitance
10 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø40xL27 mm
Connections
Ø1.00xL35/60 mm
Article number
ME-1,0T3.450
Capacitance
1.0 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø25xL16 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-100T3.350
Capacitance
100 µF
Voltage rating
350/240 VDC/VAC
Dimensions
Ø75xL50 mm
Connections
Ø1.40xL50/105 mm
Article number
ME-0,82T3.450
Capacitance
0.82 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø25xL16 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,68T3.450
Capacitance
0.68 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø22xL16 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,56T3.450
Capacitance
0.56 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø22xL16 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,47T3.450
Capacitance
0.47 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø20xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,39T3.450
Capacitance
0.39 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø20xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,33T3.450
Capacitance
0.33 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø18xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,27T4.450
Capacitance
0.27 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø18xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,22T4.450
Capacitance
0.22 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø16xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,15T5.450
Capacitance
0.15 µF
Voltage rating
450/310 VDC/VAC
Dimensions
Ø16xL14 mm
Connections
Ø0.80xL35/50 mm
Article number
ME-0,10T5.650
Capacitance
0.10 µF
Voltage rating
650/440 VDC/VAC
Dimensions
Ø12xL12 mm
Connections
Ø0.60xL35 mm
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Similar products

Mundorf MCap EVO SilverGold Oil 68 µF 350/240 VDC/VAC capacitor
MESGO-68T3.350
Aluminium Metallization

Aluminum metallization (100% aluminum instead of zinc-aluminum mixture)

Pure aluminum metallization replaces the zinc-aluminum mixture commonly used in industry with a homogeneous metal structure. This reduces interface effects at the grain boundaries , stabilizes the conductivity across the electrode surface and results in a significantly quieter noise spectrum. For example, the basic design of an MCap is audibly different from typical industrial capacitors.

Tonal Effects

  • Darker, quieter background — subtle artifacts recede
  • Clearer, clearer stage without rough-metallic side effects
  • Quiet, well-defined overall sound — a real introduction to audiophile quality

Learn more
Silver-Gold Metallization (Ag-Au)

Silver – Gold Metallization (Ag – Au)

The Silver-Gold Metallization combines the maximum conductivity of silver with the interfacial stability of gold. Silver provides precise, finely resolved signal routing with very low noise; gold stabilizes grain boundaries, slows down diffusion and smooths the microspectrum — particularly with small signals and over a long period of time.

Tonal effects

  • Finer texture and more stable reproduction of the smallest details (overtones, spatial fractions, fading processes)
  • Richer, differentiated timbres with a clear outline — colorful but ordered
  • Quieter, more “mature” overall impression: less nervousness, high long-term suitability
  • Noticeably more heart, rhythm and joy of playing with insight and precision

Learn more
Vacuum Oil Impregnation

Vacuum Oil Impregnation

Vacuum oil impregnation involves displacing air from the coil and drawing a special oil — whose dielectric and hydromechanical properties optimize the desired acoustic characteristics of the coil structure — into every pore under a vacuum. The oil wets film and paper surfaces, stabilizes the wrap from the inside and dampens extensive movements — macro microphony is reduced deep in the wrap structure. In this way, the capacitor remains mechanically quiet even with high pulses and dynamics and does not falsify the music signal through its own movements.

Tonal effects

  • Reverb decays, fading processes and quiet room information are more prominent because the wrap inside is calmed down
  • Even with high dynamics, the sound remains calm and orderly; loud passages do not drown out the quieter details
  • Transients (blowing noises, string strokes, cymbal impulses) come precisely, completely and without sharpness
  • Overall impression: relaxed, controlled and at the same time exceptionally detailed

Learn more
Evo Wrapping Geometry

Evo Winding Geometry

The Evo winding geometry uses many narrow turns of the electrode foils, with end-face contacts, instead of a few wide layers. As a result, current paths are shortened and the power distribution over the entire winding surface is significantly more homogeneous. This not only significantly lowers the equivalent series inductance (ESL), but also the equivalent series resistance (ESR) — the capacitor processes transients faster, in a more controlled manner and at the same time remains mechanically more stable and less susceptible to mechanical resonances. The result is a precise, focused and stress-free listening experience that remains organized even with complex music.

Tonal effects

  • more precise transients and clear rhythmic structure
  • More stable center, clearer localisation and a more focused soundstage
  • better transparency in dense, complex music
  • more control and sovereignty even at higher levels
  • stress-free precision without nervousness
  • clean microdetails without temporal smearing

Learn more
Optimized Winding Tension & Stabilization

Optimized Winding Tension plus Stabilization

Optimized winding tension and additional stabilization mechanically calm the wrap and significantly reduce macro-microphone effects — for a quieter background, a more stable stage and clean transients, even with dynamic music and higher levels.

Tonal effects

  • more peace and order in the sound image
  • More precise positioning and a more stable stage
  • clearer microdetails without smudging

Learn more

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