Kondensatory foliowe od AIC-Europe
Nasz oficjalny partner handlowy: AIC Europe
AIC Europe jest wiodącym dostawcą kondensatorów elektrolitycznych i foliowych z ponad 30-letnim doświadczeniem w branży. Dzięki imponującej zdolności produkcyjnej wynoszącej 90 milionów kondensatorów rocznie i wskaźnikowi FIT poniżej 0,5, AIC Europe oznacza najwyższą jakość i niezawodność
Wraz z AIC Europe koncentrujemy się na innowacyjnych technologiach i zrównoważonych praktykach, aby zapewnić sukces aplikacji.
Wraz z AIC Europe koncentrujemy się na innowacyjnych technologiach i zrównoważonych praktykach, aby zapewnić sukces aplikacji.
Szeroki asortyment kondensatorów foliowych
Nasze produkty charakteryzują się niskim współczynnikiem ESR i wysoką odpornością na prąd tętniący, co czyni je idealnymi do wymagających zastosowań. Dzięki wysokiej wytrzymałości dielektrycznej i długiej żywotności, nasze kondensatory oferują niezawodność i wydajność. Są one opcjonalnie dostępne z segmentowaną folią dla zwiększenia bezpieczeństwa.
Nasze kondensatory foliowe są oferowane w różnych seriach produktów, z których każda spełnia określone wymagania. Szczegółowe specyfikacje dla każdej serii można znaleźć na naszej stronie internetowej.
Nasze kondensatory foliowe są oferowane w różnych seriach produktów, z których każda spełnia określone wymagania. Szczegółowe specyfikacje dla każdej serii można znaleźć na naszej stronie internetowej.
Kondensatory foliowe od AIC Europe
MKCA
| Rated DC Voltage UN derating | Voltage test between terminals UTT | 450 Vdc at 85°C, 500 Vdc at 70 °C, 300 Vdc at 105 °C, UTT 650 Vdc / 10 s, 700 Vdc at 85°C, 800 Vdc at 70 °C, 500 Vdc at 105 °C, UTT 1050 Vdc / 10 s, 1100 Vdcat 85°C, 1300 Vdc at 70 °C, 800 Vdc at 105 °C, UTT 1650 Vdc / 10 s |
| Nominal Capacitance | CN [μF] | 1-80 |
| Ripple Current | at 70 °C 1 k –10 kHz | Ir [A RMS] | 1,5-23 |
| Peak Current | Maximum value | Î [A] | 50-1500 |
| ESR | ESR [mΩ] | 3,5-80 |
| Thermal Resistance | Rth [K/W] | 7,3-48,7 |
| dv/dt | [V/μs] | 15-70 |
| Dimensions | Case Size | T x H x L [mm] | 11 x 20 x 32, 18 x 33 x 32, 35 x 50 x 42.5, 35 x 50 x 57.5, 9 x 18 x 32, 35 x 60 x 57.5 |
| Terminals | P1 [mm] | 27,5-52,5 |
| P2 [mm] | 20,3 |
| Ød [mm] | 0,8-1,2 |
MKCHA
| Nominal Capacitance | CN | [μF] | 1-170 |
| Ripple Current | at 70 °C 1 k –10 kHz | Ir | [A RMS] | 2-36,4 |
| Peak Current | Maximum value | Î | [A] | 50-2550 |
| ESR | ESR | [mΩ] | 2,5-64 |
| Thermal Resistance | Rth | [K/W] | 2,7-43,5 |
| dv/dt | [V/μs] | 12-80 |
| Terminals | P1 [mm] | 27,5-52,5 |
| Ød [mm] | 0,8-1,2 |
MKCP4
| Rated DC Voltage UN derating | Voltage test between terminals UTT | 450 Vdc at 85°C, 500 Vdc at 70 °C, 300 Vdc at 105 °C, UTT, 650 Vdc / 10 s, , 700 Vdc at 85°C, 800 Vdc at 70 °C, 500 Vdc at 105 °C, 1050 Vdc / 10 s, 900 Vdc at 85°C, 1100 Vdc at 70 °C, 650 Vdc at 105 °C, 1350 Vdc / 10 s, 1100 Vdc at 85°C, 1300 Vdc at 70 °C, 800 Vdc at 105 °C, 1650 Vdc / 10 s |
| Nominal Capacitance | CN | [μF] | 2,5-180 |
| Ripple Current | at 85 °C 1 k –10 kHz | Ir | [A RMS] | 4-25 |
| Peak Current | Maximum value | Î | [A] | 150-920, 1-2 000, 1 200, 1-2 400, 1 600, 1 300, 1 700, 1 800, 2 500, 1 100 |
| ESL | ESL | [nH] | 2,5-35 |
| ESR | ESR | [mΩ] | 14-30 |
| Thermal Resistance | Rth | [K/W] | 6-20 |
| dv/dt | [V/μs] | 14-60 |
| Dimensions | Case Size | L x H x T [mm] | 21,5 x 38.5 x 43, 24 x 44 x 42, 30 x 45 x 42, 30 x 55 x 42, 25-60 x 45 x 57.5, 35 x 50 x 57.5, 35 x 60 x 57.5, 35 x 80 x 57.5, 18 x 32 x 42, 21,5 x 38.5 x 43, 28 x 42.5 x 42, 25-45 x 65 x 57.5, 45 x 57 x 57.5, 20 x 14 x 31.5, 27-45 x 21 x 42, 23 x 34 x 43, 16 x 31 x 41, 35-39 x 24 x 57.5, 27 x 36 x 41, 43 x 22 x 57.5, 29 x 44 x 41, 18 x 32 x 42 |
| Terminals | P1 [mm] | 27,5-52,5 |
| P2 [mm] | 5-20,3 |
| Ød [mm] | 1-1,2 |
MKCP4T
| Rated DC Voltage UN derating | Voltage test between terminals UTT | 450 Vdc at 85°C, 500 Vdc at 70 °C, 300 Vdc at 105 °C, UTT, 650 Vdc / 10 s, , 700 Vdc at 85°C, 800 Vdc at 70 °C, 500 Vdc at 105 °C, 1050 Vdc / 10 s, 900 Vdc at 85°C, 1100 Vdc at 70 °C, 650 Vdc at 105 °C, 1350 Vdc / 10 s, 1100 Vdc at 85°C, 1300 Vdc at 70 °C, 800 Vdc at 105 °C, 1650 Vdc / 10 s |
| Nominal Capacitance | CN | [μF] | 5-120 |
| Ripple Current | at 85 °C 1 k –10 kHz | Ir | [A RMS] | 7,5-22,5 |
| Peak Current | Maximum value | Î | [A] | 225-800, 1-2 000, 1 400, 1 600, 1 200, 1 700, 1 800, 1 100 |
| ESL | ESL | [nH] | 3-16 |
| ESR | ESR | [mΩ] | 18-35 |
| Thermal Resistance | Rth | [K/W] | 7-13 |
| dv/dt | [V/μs] | 20-45 |
| Dimensions | Case Size | L x H x T [mm] | 21,5 x 38.5 x 43, 24 x 44 x 42, 30 x 45 x 42, 30 x 55 x 42, 25-60 x 45 x 57.5, 35 x 50 x 57.5, 35 x 60 x 57.5, 21,5 x 38.5 x 43, 28 x 42.5 x 42, 35 x 80 x 57.5 |
| Terminals | P1 [mm] | 37,5-52,5 |
| P2 [mm] | 10,2-20,3 |
| Ød [mm] | 1-1,2 |
MLC
| Nominal Capacitance | CN | [μF] | 70-990, 1-2 000, 1 100, 1 200, 1-2 300, 1 400, 1 500, 1 700, 1 600, 1 900 |
| Ripple Current | at 50°C 1 k –10 kHz | Ir * | [A RMS] | 22-81 |
| Peak Current | Maximum value | Î | [kA] | 2-24 |
| Surge Current | Maximum value | IS | [kA] | 6-72 |
| ESR | ESR | [mΩ] | 0,8-8,1 |
| ESL | ESL | [nH] | 60, 65, 75, 80, 90, 40, 100, 45, 50, 55, 70 |
| Thermal Resistance | Rth | [K/W] | 8.4, 7.9, 7.8, 7.4, 7.7, 7.0, 6.8, 6.5, 6.4, 6.1, 5.6, 5.9, 5.7, 4.8, 5.4, 6.0, 5.2, 4.5, 4.9, 4.1, 4.2, 4.7, 4.0, 3.8, 5.0, 3.9, 4.3, 3.6, 6.6, 3.4, 3.2, 3.0, 3.5, 5.8, 2.9, 2.7, 3.3, 2.8, 2.6, 5.1, 3.1, 2.5, 2.2, 2.3, 3.7, 2.0, 8.6, 7.6, 8.3, 7.1, 7.5, 6.9, 7.3, 6.2, 6.7, 6.3, 4.6, 4.4, 2.4, 8.1, 8.2, 7.2, 5.5, 5.3, 8.0 |
| Case Size | D x L | [mm] | 85-140x70, 85-140x75, 85-140x80, 85-140x87, 85-140x95, 85-140x106, 85-140x125, 85-140x120, 85-140x135, 85-140x145, 85-140x159, 85-140x175, 85-140x197, 85-140x225, 85x137.5, 88,5-100x155, 85x252, 116x235, 116x140 |
MLC2
| Rated DC Voltage UN | Max ripple Voltage Ur | Non repetitive | Surge Volt. US | 800 VDC, Ripple Voltage 200 V, Surge Voltage 1200 V, , 900 VDC, Surge Voltage 1350 V |
| Nominal Capacitance | CN | [μF] | 230-980, 1-2 000, 1-2 100, 1-2 200, 1-3 300, 1 400, 1-2 500, 1 600, 1 700, 1-3 800, 1-2 900 |
| Ripple Current | at 50°C 1 k –10 kHz | Ir * | [A RMS] | 27-100 |
| Peak Current | Maximum value | Î | [kA] | 4-31 |
| Surge Current | Maximum value | IS | [kA] | 12-93 |
| ESR | ESR | [mΩ] | 0,7-5,1 |
| ESL | ESL | [nH] | 40-100 |
| Thermal Resistance | Rth | [K/W] | 2,1-8,4 |
| Case Size | D x L | [mm] | 85-140x70, 85-140x75, 85-140x80, 85-140x87, 85-140x95, 85-140x106, 85-140x125, 85-140x120, 85-140x135, 85-140x145, 85-140x159, 85-140x175, 85-140x197, 85-140x225 |
MLCA
| Rated DC Voltage UN | Test Voltage between | terminals UTT | terminals & case UTC | 600 Vdc, UTT 900 Vdc /10 s, UTC 3 000 Vac /10 s, , 700 Vdc, UTT 1 050 Vdc /10 s, UTC 3 000 Vac /10 s, 800 Vdc, UTT 1200 Vdc /10 s, UTC 3 000 Vac /10 s, 900 Vdc, UTT 1350 Vdc /10 s, 1 000 Vdc, UTT 1 500 Vdc /10 s, 1100 Vdc, UTT 1 650 Vdc /10 s, 1 200 Vdc, UTT 1 800 Vdc /10 s, 1 300 Vdc, UTT 1 950 Vdc /10 s, 1 500 Vdc, UTT 2 250 Vdc /10 s, 1 700 Vdc, UTC 4 000 Vac /10 s, 2 000 Vdc, UTT 3 000 Vdc /10 s, 2 200 Vdc, UTT 3300 Vdc /10 s, UTC 4000 Vac /10 s |
| Nominal Capacitance | CN | [μF] | 90-970, 1-5 000, 1-2 100, 1-2 200, 1-3 300, 1 600, 1 800, 1 900, 1-2 400, 1 500 |
| Ripple Current 1kHz at 40 °C | at 40 °C | Ir * | [A RMS] | 46-100 |
| Ripple Current 1kHz at 50 °C | at 50 °C | Ir * | [A RMS] | 40-100 |
| Peak Current | Maximum value | Î | [kA] | 1,08-25 |
| ESR | ESR | [mΩ] | 0,6-4,1 |
| ESL | ESL | [nH] | 50-80 |
| Thermal Resistance | Rth | [K/W] | 2,2-5,6 |
| Case Size | # = variable value, | D x L | [mm] | 76-116x95, 76-116x120, 76-116x136, 76-116x175, 76-116x155, 86x225, 116x230, 116x345, 86x250 |
| at 60 °C | Ir * | [A RMS] | 32-100 |
| at 70 °C | Ir * | [A RMS] | 23-71 |
MKCHS
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
| Temperature range | -40 °C ~ + 105 °C |
| Rated Voltage UN | 450 ~ 2 000 Vdc at 85 °C (other available on request) |
| Capacitance | 200 μF ~ 2000 μF at 100 Hz (other available on request) |
| Capacitance tolerance | +/- 5 % ... +/- 10 % at 20 °C, 50 –120 Hz |
| Voltage derating | specific derating beginning by THOTSPOT = 85 °C |
| Current derating | specific derating depending from inner design |
Kondensatory foliowe dla przemysłu elektronicznego
Kup kondensatory foliowe
- Duży wybór kondensatorów foliowych
- Dla przemysłu, lotnictwa, technologii medycznej i wielu innych zastosowań
- Niezawodne funkcje w przemyśle i elektronice
- Wydajne rozwiązania od Rotima AG
Kondensatory foliowe od AIC Europe
Kondensatory foliowe
MKCA
Kondensatory foliowe
MKCHA
Kondensatory foliowe
MKCP4
Kondensatory foliowe
MKCP4T
Kondensatory foliowe
MLC
Kondensatory foliowe
MLC2
Kondensatory foliowe
MLCA
Kondensatory foliowe
MKCHS
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Kondensatory foliowe od AIC-Europe
Nasza oferta innych kondensatorów:
Kondensatory elektrolityczne
Kondensatory elektrolityczne to specjalne kondensatory o dużej pojemności, które wykorzystują elektrolit jako medium przewodzące. Przechowują one energię elektryczną i są stosowane w zasilaczach, obwodach audio i wysokiej częstotliwości. Ze względu na ich biegunowość, mogą być używane tylko w obwodach prądu stałego. Popularne typy to kondensatory elektrolityczne aluminiowe, tantalowe i niobowe.
Kondensatory ceramiczne
Kondensatory ceramiczne to elementy elektryczne służące do magazynowania energii i filtrowania sygnału. Składają się z ceramicznego dielektryka i metalowych płytek. Ich zalety: wysoka stabilność, niskie straty, szybki czas ładowania i rozładowywania. Są stosowane w elektronice, technologii wysokiej częstotliwości i aplikacjach energetycznych - od smartfonów po przemysłowe systemy sterowania.
Kondensatory tantalowe
Kondensatory tantalowe to kondensatory elektryczne z tantalem jako materiałem anody. Charakteryzują się wysoką gęstością pojemności, niskimi prądami upływu i stabilnymi właściwościami elektrycznymi. Często używane w aplikacjach o wysokiej częstotliwości i miniaturowych, oferują niezawodną wydajność w urządzeniach mobilnych, technologii medycznej i obwodach przemysłowych. Ich dielektryk tlenkowy zapewnia wysoką wytrzymałość dielektryczną i długą żywotność.
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Kondensatory foliowe od AIC-Europe
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Jakie są zalety stosowania przekładników napięciowych prądu stałego w porównaniu z przekładnikami napięciowymi prądu przemiennego?
Jakie są zalety stosowania przekładników napięciowych prądu stałego w porównaniu z przekładnikami napięciowymi prądu przemiennego?
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