330μF 50V SMD Electrolytic Capacitor

$2.10

330μF SMD electrolytic capacitor with rated voltage 50V, ±20% cap. tolerance, 14% dissipation factor, -55~105℃ operating temperature. SMD aluminum electrolytic capacitors usually play the electrical functions of filtering, bypassing, coupling, decoupling, and switching.

SKU: ATO-EC-HV331M

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Overview
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SMD aluminum electrolytic capacitor at low prive for sale. High voltage electrolytic capacitor provides 330μF capacity, surface mount installation type, 2000h endurance. Surface mount electrolytic capacitors are used in various electronic products with compact structure, small volume and high precision.

Features

Endurance: 105℃ - 2000 hours
Low ESR and high ripple current
Vibration-proof (vP) version (up to 30g) available upon request
AEC-Q200 version available
High voltage, automotive 105°C type

Specification

Model		ATO-EC-HV331M
Capacity		330㎌
Rated voltage		50V
Size		12.5*14mm
Installation type		Surface mount
Operating temperature		-55~105℃
Cap. tolerance (∆C)		±20% (120Hz 20℃)
Dissipation factor (tanδ)		14%
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	2000h
	∆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
Resistance to soldering heat (105℃)	∆C	Within ±10% of initial value
	tanδ	Less than specified value
	L_leak	Less than specified value

Dimension (mm)

Model	Dimension (mm)
ATO-EC-HV331M	∅D	12.5
	L	14
	a	Max
	A	13
	B	13
	C	13.9
	W	1~1.4
	P±2	4.5

Tips: Functions of SMD Electrolytic Capacitor.

Blocking DC: The function is to prevent DC from passing through and allow AC to pass.
Bypass (decoupling): Provide a low-impedance path for certain parallel components in an AC circuit.
Coupling: As a connection between two circuits, allowing an AC signal to pass and travel to the next stage circuit.
Filtering: Turn the rectified sawtooth wave into a smooth pulsating wave, which is close to DC.
Energy Storage: Stores electrical energy and releases it when necessary.