Panasonic, VF Surge Absorber 10A, Clamping 710V, Varistor 430V

RS kataloški broj:: 721-0119robna marka: PanasonicProizvođački broj:: ERZVF2M431
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Tehnička dokumentacija

Tehnički podaci

Varistor Voltage

430V

Maximum AC Voltage Rating

275V

Maximum DC Voltage Rating

350V

Clamping Voltage

710V

Clamping Current

10A

Material

ZNR

Energy

10J

Series

VF

Maximum Surge Current

300A

Length

8mm

Depth

6mm

Thickness

3.2mm

Lead Pitch

2.5mm

Zemlja podrijetla

Japan

Detalji o proizvodu

Metal Oxide Varistors ZNR Series SMD

Panasonic VF surge absorbers are designed for flow and reflow soldering. These surge absorbers feature low clamping voltage and large withstanding surge current capability. VF surge absorbers are part of the Zinc-oxide Non-Linear Resistor (ZNR) range. Saving cost and board space, they can perform the same function as two back to back zener diodes and a parallel connected capacitor.

Standards

PCQC (GB/T10193, GB/T10194)

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Provjerite ponovno kasnije.

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P.O.A.

Panasonic, VF Surge Absorber 10A, Clamping 710V, Varistor 430V
Odaberite vrstu pakovanja

P.O.A.

Panasonic, VF Surge Absorber 10A, Clamping 710V, Varistor 430V
Informacije o stanju skladišta trenutno nisu dostupne.
Odaberite vrstu pakovanja

Tehnička dokumentacija

Tehnički podaci

Varistor Voltage

430V

Maximum AC Voltage Rating

275V

Maximum DC Voltage Rating

350V

Clamping Voltage

710V

Clamping Current

10A

Material

ZNR

Energy

10J

Series

VF

Maximum Surge Current

300A

Length

8mm

Depth

6mm

Thickness

3.2mm

Lead Pitch

2.5mm

Zemlja podrijetla

Japan

Detalji o proizvodu

Metal Oxide Varistors ZNR Series SMD

Panasonic VF surge absorbers are designed for flow and reflow soldering. These surge absorbers feature low clamping voltage and large withstanding surge current capability. VF surge absorbers are part of the Zinc-oxide Non-Linear Resistor (ZNR) range. Saving cost and board space, they can perform the same function as two back to back zener diodes and a parallel connected capacitor.

Standards

PCQC (GB/T10193, GB/T10194)