63X125 CAPACITORS CAN CAP

Name: 63X125 CAPACITORS CAN CAP
Brand: M/S SWATI TRADING CO
Price: 1900 INR
Availability: InStock

Price 1900 INR/ Bag

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MOQ : 1 Bag

63X125 CAPACITORS CAN CAP Specification

Feature
High Ripple Current

Length
125mm

Processing Type
Electrolytic

Material
Aluminum Electrolytic

Texture
Smooth

Protection Mode
Enclosed Can

Width
63mm

Transparency
Opaque

Mounting Type
Screw Terminal

Capacitance Value
63 F

Terminals
2 Terminals

Application
Power Electronics, Filters, Power Supplies

Operating Temperature Range
-40C to +85C

Color
Silver

Leakage Current
Low Leakage

RoHS Compliance
Yes

Shape
Cylindrical Can

Rated Voltage
125 VDC

About 63X125 CAPACITORS CAN CAP

Commenced in the year 2012, we are committed to manufacture and supply an extensive assortment of PLASTIC CAPACITORS CAN. We made these containers by using quality materials at our state of the art machining facility, as per the industrial norms and guidelines. Capable withstanding high temperatures, our PLASTIC CAPACITORS CAN are broadly used in sectors . To ensure the quality, our containers undergo stringent test on a number of parameters like sturdiness and durability.

Exceptional Performance in Power Applications

Engineered for durability, the 63X125 CAPACITORS CAN CAP excels in heavy-duty power electronics, filters, and power supply systems. Its high ripple current capability and low leakage ensure stable and efficient operations even under fluctuating conditions. With a wide temperature range, this capacitor maintains consistent performance across varied industrial and commercial environments.

Robust and User-Friendly Design

Housed in an enclosed aluminum can, this capacitor features a sleek silver finish and smooth texture for optimal aesthetics and protection. The screw terminal mounting and dual-terminal configuration allow quick, secure installation, while the opaque finish offers superior shielding and longevity. Its compact, cylindrical shape is tailored for efficient space utilization.

Compliance and Reliability You Can Trust

Manufactured in India, the 63X125 CAPACITORS CAN CAP adheres to strict RoHS guidelines, ensuring reduced environmental impact and safe usage. The precision electrolytic processing technique enhances overall product reliability, offering peace of mind for manufacturers and end-users seeking quality and compliance in their power solutions.

FAQ's of 63X125 CAPACITORS CAN CAP:

Q: How is the 63X125 CAPACITORS CAN CAP typically mounted in electronic assemblies?

A: This capacitor is designed with screw terminals, facilitating an easy and secure mounting process onto compatible boards or enclosures. The robust mounting style ensures reliable electrical connection and mechanical stability.

Q: What key benefits does its high ripple current capability provide?

A: High ripple current handling enables the capacitor to efficiently filter and smooth fluctuating voltages in demanding power supply and power electronics applications, improving system reliability and lifespan.

Q: When is the optimal environment for using this capacitor?

A: The capacitor is best suited for applications operating between -40C and +85C, such as industrial power supplies, filters, and high-current power electronics, where stable performance and durability are essential.

Q: Where can this capacitor be used most effectively?

A: Its design makes it ideal for deployment in power electronics, filter circuits, and energy storage systems within commercial and industrial settings, especially where high capacitance and current demands are prevalent.

Q: What is the process behind its enhanced reliability and performance?

A: Manufactured using precision electrolytic processing and enclosed in a rugged aluminum can, this capacitor offers low leakage current, improved thermal resistance, and superior electrical integrity over extended use.

Q: How does RoHS compliance benefit users and the environment?

A: RoHS-compliant manufacturing ensures the capacitor contains minimal hazardous substances, contributing to safer usage, reduced environmental impact, and facilitated global distribution without regulatory complications.

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