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Icel PHC1404100KJ 1 pc(s) Thin film capacitor Axial lead 1 µF 400 V DC 10 % (Ø x H) 11 mm x 32 mm
Product type
Thin film capacitor
Type
Axial lead
Capacity (elec.)
1 µF
Nominal voltage
400 V DC
Tolerance ±
10 %
Datasheet (PDF)
Part number:
Item no:
Number
Minimum order quantity: 500
Total (€ 1.99 / piece)
€ 995.00
incl. VAT
14-day return policy included
Technical specifications
- Product type
Thin film capacitor
- Type
Axial lead
- Dim
(Ø x H) 11 mm x 32 mm
- Capacity (elec.)
1 µF
- Nominal voltage
400 V DC
- Flank steepness
55 V/µs
- Tolerance ±
10 %
- Material
Polypropylene
- Connection
Pins
- Length
32 mm
- Width
11 mm
- Height
32 mm
- (Ø)
11 mm
- Min. temperature
-55 °C
- Max. temperature
+105 °C
- Content
1 pc(s)
- Dielectric
Polypropylene
- Type
PHC1404100KJ
Documents & Downloads
Datasheet
Datasheet 3437402 Icel PHC1404100KJ 1 pc(s) Thin film capacitor Axial lead 1 µF 400 V DC 10 % (Ø x H) 11 mm x 32 mm
User & Safety Instructions
User & Safety Instructions 3437402 Icel PHC1404100KJ 1 pc(s) Thin film capacitor Axial lead 1 µF 400 V DC 10 % (Ø x H) 11 mm x 32 mm
Information
Information 3437402 Icel PHC1404100KJ 1 pc(s) Thin film capacitor Axial lead 1 µF 400 V DC 10 % (Ø x H) 11 mm x 32 mm
Description
Polypropylene film capacitors have better electrical properties than polyester film capacitors.
The main features of polypropylene film capacitors are as follows:
· Very low loss factor over a wide frequency range
· Excellent insulation resistance
· Excellent dielectric strength
· Good moisture resistance
· Excellent stability in terms of operating temperature and frequency
· Excellent long-term stability
· Excellent self-healing properties
Polypropylene film capacitors are generally used in high frequency alternating current and pulse applications. They are also used as intermediate circuit capacitors, in switching power supply units (SMPS), electronic ballasts and Snubber applications, frequency differentiation and filter circuits, as well as in energy storage and sampling and holding applications.
Polypropylene film is widely used for power capacitors and offers high performance, efficiency and reliability in a wide range of applications. Typical applications for power capacitors range from industrial drives and eco-current systems (wind, solar, etc.) to uninterruptible power supplies (UPS) and lasers in medical technology.
This text is machine translated.
The main features of polypropylene film capacitors are as follows:
· Very low loss factor over a wide frequency range
· Excellent insulation resistance
· Excellent dielectric strength
· Good moisture resistance
· Excellent stability in terms of operating temperature and frequency
· Excellent long-term stability
· Excellent self-healing properties
Polypropylene film capacitors are generally used in high frequency alternating current and pulse applications. They are also used as intermediate circuit capacitors, in switching power supply units (SMPS), electronic ballasts and Snubber applications, frequency differentiation and filter circuits, as well as in energy storage and sampling and holding applications.
Polypropylene film is widely used for power capacitors and offers high performance, efficiency and reliability in a wide range of applications. Typical applications for power capacitors range from industrial drives and eco-current systems (wind, solar, etc.) to uninterruptible power supplies (UPS) and lasers in medical technology.
This text is machine translated.
