FEBG_electrolytic

Aluminum Electrolytic Capacitor Selection Chart – Axial Leads and Radial Crown

KEMET's Axial leads and Radial Crown Aluminum Electrolytic Capacitors are designed specifically for demanding applications requiring very long life, high vibration resistance and high ripple current. Operating temperatures up to 150°C are available without voltage derating. Example applications include automotive power, industrial LED lighting, and telecom infrastructure, to name a few.

In addition to those products shown in the datasheets, KEMET can optimize the construction to offer application-specific balance between required life, temperature, ripple current, physical size, and cost.

Axial leads and Radial Crown Aluminum Electrolytic Capacitors (Full Catalog)

Axial Leads (including Radial Crown mount option)

Series	Capacitance	Tolerance	Voltage	Temperature	Case sizes	Description
PEG124	1µF to 4,700µF	-10% to +30%	10VDC to 450VDC	-40ºC to +105ºC -40ºC to +125ºC	10x20mm to 20x46mm	Very Long Life - 27.5KH at 105ºC - and outstanding electrical performance.
PEG126	250µF to 4,000µF		25VDC to 63VDC	-40ºC to +150ºC -40ºC to +105ºC	16x29mm to 20x46mm	Vibration resistant, high ripple current, 1500-2000H life at 150ºC, no voltage derating.
PEG127	33µF to 1,300µF				10x20mm to 13x37mm
PEG130	900µF to 6,300µF				20x29mm to 20x46mm	Very long operational life - up to 160,000H at 80ºC, minimal heat generation
PEG220	250µF to 4,700µF	-10% to +30%, -20% to +20%			16x27mm to 20x43mm	Vibration resistant, very high ripple current, 2000H life at 150ºC, no voltage derating.
PEG226	250µF to 4,700µF					Vibration resistant, extremely high ripple current, 2000H life at 150ºC, no voltage derating.
PEG225	470µF to 6,300µF			-40ºC to +125ºC (at U_R) -40ºC to +150ºC (at reduced voltage)		Vibration resistant, extremely high ripple current, 2000H life at 150ºC, Hi CV, voltage derating above 125ºC.
PEH126 PEH220 PEH225 PEH226					16x27mm to 16x39mm	Radial crown for PEG126, PEG220, PEG225 and PEG226. Allows these capacitors in diameter 16mm to be mounted standing up.