MCGPR25V107M6.3X11 MULTICOMP Capacitor (Other) In Stock
The MCGPR25V107M6.3X11 is a 100 µF, 25 V radial through-hole aluminum electrolytic capacitor from MULTICOMP with a compact 6.3 mm diameter and 11 mm height. It features wet aluminum dielectric construction with 20% tolerance and 0.025 mA leakage current for general-purpose decoupling. Available in stock worldwide with competitive pricing.
- Manufacturer
- MULTICOMP
- Package
- Other
- Pin Count
- 2
- Lifecycle
- ACTIVE
- Datasheet
- MCGPR25V107M6.3X11 Datasheet PDF
- Category
- Capacitor
- Temp Range
- -40.0°C to 85.0°C
- RoHS
- Compliant
- Lead Time
- 3–7 business days
- Shipping
- DHL Express · Worldwide
Key Features
- 100 µF capacitance at 25 V rating in a compact 6.3 mm diameter radial package suitable for space-constrained PCB designs
- Wet aluminum electrolytic construction provides high capacitance density with 0.025 mA maximum leakage current for low-power applications
- Through-hole radial mounting with standard 6.3 mm diameter footprint ensures easy hand and machine insertion on standard PCB through-hole pads
Applications
The MCGPR25V107M6.3X11 aluminum electrolytic capacitor is suited for power supply decoupling, bulk energy storage, and filtering on 5 V to 24 V DC rails in consumer electronics, industrial control boards, and LED driver circuits. Its 6.3 mm diameter and radial lead style fit standard through-hole PCB footprints used in power supply secondary stages, audio equipment, and motor drive filter banks. The 100 µF capacitance at 25 V also serves well in low-frequency ripple filtering for linear regulators and relay driver circuits.
Specifications
| Reach Compliance Code | Unknown |
| YTEOL | 6 |
| Capacitance | 100 µF |
| Capacitor Type | ALUMINUM ELECTROLYTIC CAPACITOR |
| Diameter | 6.3mm |
| Dielectric Material | ALUMINUM (WET) |
| Leakage Current | 0.025mA |
| Mounting Feature | THROUGH HOLE MOUNT |
| Negative Tolerance | 20% |
| Package Style | Radial |
| Polarity | POLARIZED |
| Positive Tolerance | 20% |
| Rated (DC) Voltage (URdc) | 25V |
| Ripple Current | 180mA |
| Surface Mount | NO |
| Tan Delta | 0.15 |
| Terminal Pitch | 2.5mm |
| Terminal Shape | WIRE |
| Package | Other |
Compliance & Regulatory
| RoHS Status | Compliant |
| Lead-Free | Yes (Pb-Free) |
| ECCN | EAR99 |
| HTS Code | 8532.22.00.20 |
Alternate & Equivalent Parts
No known alternates. Submit an RFQ and our team can suggest alternatives.
Frequently Asked Questions
What capacitance and voltage rating does the MCGPR25V107M6.3X11 provide and what power rails does it suit?
The MCGPR25V107M6.3X11 provides 100 µF capacitance at a 25 V DC voltage rating, making it suitable for decoupling and filtering on 5 V, 12 V, and 24 V power rails commonly found in industrial control boards, consumer electronics power supplies, and LED driver outputs. Its 20% capacitance tolerance means actual capacitance ranges from 80 µF to 120 µF, which is acceptable for most bulk decoupling and energy storage applications.
How does the 6.3 mm diameter of the MCGPR25V107M6.3X11 compare to larger electrolytic capacitors for the same capacitance?
The 6.3 mm diameter of the MCGPR25V107M6.3X11 represents the smallest standard radial can size for 100 µF at 25 V, compared to larger 8 mm or 10 mm diameter alternatives used for higher voltage or higher capacitance parts. The compact 6.3 x 11 mm body fits in tight PCB layouts where larger capacitors would conflict with nearby components, making it a preferred choice for densely populated boards in compact power supply modules and portable devices.
What is the leakage current specification for the MCGPR25V107M6.3X11 and why does it matter in low-power designs?
The maximum leakage current of the MCGPR25V107M6.3X11 is 0.025 mA at rated voltage, which represents a very low quiescent drain for a 100 µF electrolytic capacitor. In battery-powered low-power designs, minimizing leakage from bulk capacitors on always-on power rails reduces standby current consumption, extending battery runtime. For designs targeting sub-1 mA sleep currents, verifying that total capacitor leakage across all 100 µF nodes remains below budget is an important design step.
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