Home NIC Components

NRWA101M63V10X12.5TBF

Manufacturer Part Number (MPN) NRWA101M63V10X12.5TBF
Manufacturer NIC Components
Short Description Aluminum Electrolytic Capacitor, 100uF, 63V, 20%, Radial
Datasheet 📄 Datasheet

Supreme Components is an authorized distributor of NIC Components. We do not carry stock of this item but can quote upon request. Submit your request using the form.

Product Attributes

TYPE
DESCRIPTION
Series
NRWA
Case Size
10 millimeters (Diameter) by 12.5 millimeters (Length)
Tolerance
20 percent
Lead Style
Radial
Capacitance
100 microfarads
Lead Spacing
5 millimeters
Ripple Current
420 milliamperes at 120 Hertz
Voltage Rating
63 Volts
Life At Temperature
2000 Hours at 85 Degrees Celsius
Operating Temperature
-40 Degrees Celsius to 85 Degrees Celsius
Equivalent Series Resistance
1.28 Ohm at 100 Kilohertz

Ordering Information

Parameter
Value
Mpq
1000
Packaging Type
TAPE_AND_REEL

Full Description

The NRWA101M63V10X12.5TBF is a high-quality aluminum electrolytic capacitor manufactured by NIC Components. Supreme Components International is an authorised distributor of NIC Components, ensuring you receive genuine components. This radial leaded capacitor features a capacitance of 100uF and a voltage rating of 63V, with a tolerance of 20%. Aluminum electrolytic capacitors are widely used in power supplies, filtering circuits, and other electronic applications due to their high capacitance-to-volume ratio. This particular capacitor is designed for through-hole mounting and offers reliable performance in a variety of operating conditions. Its robust construction and adherence to industry standards make it a dependable choice for your electronic projects. Trust Supreme Components International for all your component needs.

Looking for more NIC Components connectors? [Click here to browse all NIC Components parts]

Supreme Components is an authorized distributor of NIC Components. We do not carry stock of this item but can quote upon request. Submit your request using the form.

This is a staging environment
×