1000μF 35V Aluminum Electrolytic Capacitor

Lower cost aluminum electrolytic capacitor for sale. High voltage electrolytic capacitor with direct plug installation type, cap. tolerance is ±20%, 10% dissipation factor. The 1000μF 35V electrolytic capacitor has advantages of high reliability, high ripple current, small size and long service life.

SKU: CCHN-EC-1000UF35V

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Delivery date: 6-25 days

Overview

High voltage capacitor with 5000 hours endurance, 1000 hours shelf life, operating tempertaure -40~105℃. Aluminum capacitor is widely used in automotive, smart home, medical, industrial control and new energy industries.

Features

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

Specification

Model		CCHN-EC-KF102M035G
Series		Low impedance 105°C type
Capacity		1000 ㎌
Rated voltage		35V
Installation Type		Direct plug
Size		10*30 mm
Operating temperature		-40~105℃
Cap. tolerance (∆C)		±20% (120Hz 20℃)
Dissipation factor (tanδ)		10%
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	5000h
	∆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-KF101M	∅D	13
	F	5
	∅d	0.6
	a	1.5

Tips: What is Electrolytic Capacitor?

Electrolytic capacitor is a kind of capacitor, the metal foil is the positive electrode (aluminum or tantalum), the oxide film (aluminum oxide or tantalum pentoxide) close to the positive electrode is the dielectric, and the cathode is made of conductive material and electrolyte (the electrolyte can be liquid or tantalum pentoxide). Solid) and other materials together, because the electrolyte is the main part of the cathode, so the electrolytic capacitor is named. At the same time, the positive and negative electrolytic capacitors should not be wrongly connected.