Condensador electrolítico RS PRO, 6800μF, ±20%, 35V dc, de encaje a presión, 22 (Dia.) x 40mm, paso 10mm

Código RS:: 706-3459
Fabricante:: RS PRO

Condensador electrolítico RS PRO, 6800μF, ±20%, 35V dc, de encaje a presión, 22 (Dia.) x 40mm, paso 10mm

62 Disponible para entrega en 4 día(s) laborable(s).

Precio unitario (Suministrado en múltiplos de 2)

7,035 €

(exc. IVA)

8,512 €

(inc.IVA)

Unidades	Por unidad	Por Pack*
2 - 18	7,035 €	14,07 €
20 - 48	6,54 €	13,08 €
50 - 98	6,05 €	12,10 €
100 - 198	5,77 €	11,54 €
200 +	5,245 €	10,49 €

*precio indicativo

Código RS:: 706-3459
Fabricante:: RS PRO

Documentación Técnica

RS Pro Datasheet

Legislación y Conformidad

COO (País de Origen):: TW

Datos del Producto

RS PRO Aluminium Snap in Electrolytic Capacitor

Highly reliable and consistent general purpose Aluminium capacitors with terminal spacing set at 10mm enabling easy PCB plug in and designed with an explosive proof safety vent.

The electrolytic capacitors are suitable for use in a wide range of devices including communication equipment and particularly switching power supplies.

Features and Benefits

Easy snap in design

Aluminium case design with an explosive proof safety vent

10mm terminal spacing

Suitable for through hole mounting

Why RS PRO?

Looking to reduce costs but keep the same quality?
With a choice of over 65,000 products – all of which are rigorously tested against demanding industry standards before they are given the RS PRO seal of approval.
Trusted by engineers the world over, we want you to be confident that you’re receiving the exceptional quality, reliability and the best value for money.

Especificaciones

Atributo	Valor
Capacitancia	6800µF
Tensión	35V dc
Tipo de Montaje	Encaje a presión
Tecnología	Aluminio electrolítico
Dimensiones	22 (Dia.) x 40mm
Altura	40mm
Longitud	40mm
Mínima Temperatura de Funcionamiento	-40°C
Diámetro	22mm
Máxima Temperatura de Funcionamiento	+105°C
Vida Útil	2000h
Paso del Pin	10mm
Serie	RS
Tolerancia	±20%
Polarizado	Polar
Corriente de Rizado	2.7A
Corriente de Pérdida	<=0,02 CV a 5 min
Factor de Disipación	12%