470uf - 35v SE Electrolytic capactior

Name: 470uf - 35v SE Electrolytic capactior
Brand: Vardhan Electronics
Price: 1.5 INR
Availability: InStock

Price 1.5 INR/ Piece

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MOQ : 1000 Pieces

470uf - 35v SE Electrolytic capactior Specification

Lead Spacing
5.0mm

Frequency
50/60 Hz

Insulation Resistance
>=20M (at 100V, 1 min)

Loss Tangent
0.24 (at 120Hz, 20C)

Breakdown Voltage
Not less than 1.25 Rated Voltage

Current
Standard Ripple Current 475mA (at 120Hz, 85C)

Surface Mount Land Size
Not Applicable (Radial type)

Product Type
Electrolytic Capacitor

Material
Aluminium

Capacitance
470F

Shell
Epoxy Coated

Operating Temperature
-40C to +105C

Rated Voltage
35V DC

Ripple
475mA (at 120Hz, 85C)

Capacitance Tolerance
20%

Temperature Range
-40C to +105C

Shape
Cylindrical

Terminal
Radial Leads

Application
Power Supply, Audio Equipment, General Purpose

Size
10mm (Diameter) x 16mm (Length)

Color
Black

Endurance
2000 hours at 105C

Compliant Standards
RoHS Compliant

ESR (Equivalent Series Resistance)
Low ESR characteristic

Polarity
Polarized

Leakage Current
0.01CV or 3A (after 2 minutes at rated voltage)

Sealing
Rubber Bung

Mounting Type
Through Hole

470uf - 35v SE Electrolytic capactior Trade Information

Minimum Order Quantity
1000 Pieces

Delivery Time
7 Days

About 470uf - 35v SE Electrolytic capactior

Premium quality 105C electrolytic capacitors with up to 4000 hours load life, offering excellent stability, low leakage current, and reliable performance. Suitable for power supplies, adapters, LED lighting, industrial equipment, consumer electronics, and various electronic circuit applications. Available in multiple capacitance and voltage ranges for bulk B2B requirements.

Engineered for Performance and Reliability

Designed with a low ESR and high ripple current capacity of 475mA, this capacitor ensures efficient energy delivery while minimizing power losses. Its aluminum construction and epoxy-coated shell provide mechanical stability, while the rubber bung sealing enhances resistance against environmental factors. Suitable for applications ranging from power supplies to audio equipment, this component delivers consistent performance even under demanding conditions.

Versatile Application Range

Operating within a wide temperature spectrum from -40C to +105C, the 470F - 35V capacitor is perfect for both industrial and consumer electronics. The polarized, radial lead design supports straightforward integration in through-hole circuit boards, enhancing assembly efficiency. Its adherence to RoHS standards affirms a commitment to safety and environmental responsibility.

FAQ's of 470uf - 35v SE Electrolytic capactior:

Q: How can the 470F - 35V SE Electrolytic Capacitor be integrated into a power supply circuit?

A: This capacitor is ideal for filtering and smoothing voltage in power supply circuits. Simply solder its radial leads into the designated through-hole pads on the PCB, ensuring correct polarity as indicated by the markings. Its low ESR and high ripple current rating make it especially suitable for minimizing voltage fluctuations.

Q: What ensures the longevity of this electrolytic capacitor during operation?

A: The capacitor is rated for 2000 hours at 105C, allowing it to operate reliably in high-temperature environments. Its robust epoxy-coated shell and rubber bung sealing further protect it against environmental stressors, thereby enhancing durability.

Q: When should this capacitor be chosen over other types for an audio equipment project?

A: Due to its low ESR, high capacitance, and stable ripple current performance, this capacitor is particularly beneficial in audio equipment where clean, stable voltages are essential for minimizing noise and distortion.

Q: Where is the 470F - 35V electrolytic capacitor best utilized in electronic circuits?

A: It is best used in positions that require bulk capacitance, such as input or output filtering in power supplies, decoupling in amplifier stages, or smoothing in general-purpose circuits.

Q: What is the process for verifying correct installation and operation of this capacitor?

A: After installation, ensure the polarity matches the circuit design and inspect for proper solder joints on the radial leads. Once powered, check for leakage current and confirm operational parameters using a multimeter or an ESR meter.

Q: Why is the low ESR characteristic of this capacitor advantageous?

A: A lower ESR reduces heat generation and power losses during high-frequency operation, thus enhancing the efficiency and lifespan of both the capacitor and the overall circuit.

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