100μF 50V Aluminum Electrolytic Capacitor

Aluminum electrolytic capacitor with cheap price for sale. High voltage electrolytic capacitor with 100μF capacity, 50V rated voltage, dissipation factor 9%, cap. tolerance ±20%, lead spacing 3.5 mm. The electrolytic capacitor can be applied for air conditioners, tape recorders, washing machines, communication machines and other household appliances.

SKU: CCHN-EC-100UF50V

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Delivery date: 6-25 days

Overview

Lower price power capacitor with Z- Max.lmpedance 170mΩ, direct plug installation type, 3000 hours endurance, operating tempertaure -40~105℃. Power capacitor providing good electrical performance, wide application range and high reliability.

Features

Endurance: 105℃- 2000 hours up to 5000 hours
Low impedance and high ripple current
High reliability
Wide voltage range

Specification

Model		CCHN-EC-KF101M050
Series		Low impedance 105°C type
Capacity		100 ㎌
Rated voltage		50V
Installation Type		Direct plug
Size		8*11.5 mm
lead spacing		3.5 mm
Operating temperature		-40~105℃
Cap. tolerance (∆C)		±20% (120Hz 20℃)
Dissipation factor (tanδ)		9%
Low temperature characteristic at 120Hz (Z ratio max.)		3 (Z-25℃/ Z+20℃)
Leakage current (L_leak)		≤0.01CRV_Ror 3 ㎂ * after 2 minutes
Enduarance (105℃)	Test	3000h
	∆C	≤20% of initial measured value
	tanδ	≤200% of specified measured value
	L_leak	≤ the specified measured value
Shelf life (105℃)	Test	1000h
	∆C	≤20% of initial measured value
	tanδ	≤200% of specified measured value
	L_leak	≤ the specified measured value

Dimension (mm)

Electrolytic capacitor dimension

Model	Dimension (mm)
CCHN-EC-KF101M050	∅D	10
	F	5
	∅d	0.6
	a	1.5

Tips: Structural characteristics of Aluminum Electrolytic Capacitor.

The anode of an aluminum electrolytic capacitor is an aluminum foil with an Al2O3 dielectric layer on the surface, and the cathode is not the negative foil we are used to thinking, but the electrolyte of the capacitor.
The negative foil plays the role of electrical extraction in the electrolytic capacitor, because the electrolyte as the cathode of the electrolytic capacitor cannot be directly connected to the external circuit, and an electrical path must be formed through another metal electrode and other parts of the circuit.