Littelfuse, ML Multilayer Varistor 1.27nF 1A, Clamping 44V, Varistor 28V, 1206 (3216M)

RS noliktavas nr.: 543-5029Ražotājs: LittelfuseRažotāja kods: V18MLA1206AXH
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Specifikācija

Varistor Voltage

28V

Maximum AC Voltage Rating

14V

Maximum DC Voltage Rating

18V

Clamping Voltage

44V

Clamping Current

1A

Energy

0.4J

Series

ML

Maximum Surge Current

150A

Capacitance

1.27nF

Length

3.2mm

Depth

1.6mm

Package/Case

1206 (3216M)

Dimensions

3.2 x 1.6 x 1.8mm

Produkta apraksts

SMT Transient Suppressors - ML Series

Multilayer semi-conducting ceramic construction providing bi-directional voltage clamping. Suppression of inductive switching or other fast electrical transient events makes these devices useful in helping to achieve electromagnetic compliance of end products

Noliktavas stāvoklis patreiz nav pieejams

Lūdzu pārbaudiet vēlreiz vēlāk

Noliktavas stāvoklis patreiz nav pieejams

€ 1,00

Katrs (Paka ir 10) (bez PVN)

€ 1,21

Katrs (Paka ir 10) (Ieskaitot PVN)

Littelfuse, ML Multilayer Varistor 1.27nF 1A, Clamping 44V, Varistor 28V, 1206 (3216M)

€ 1,00

Katrs (Paka ir 10) (bez PVN)

€ 1,21

Katrs (Paka ir 10) (Ieskaitot PVN)

Littelfuse, ML Multilayer Varistor 1.27nF 1A, Clamping 44V, Varistor 28V, 1206 (3216M)
Noliktavas stāvoklis patreiz nav pieejams

Pirkt iepakojumos

DaudzumsVienības cenaPer Iepakojums
10 - 40€ 1,00€ 10,00
50 - 90€ 0,866€ 8,66
100 - 240€ 0,764€ 7,64
250 - 490€ 0,662€ 6,62
500+€ 0,611€ 6,11

Tehniskie dokumenti

Specifikācija

Varistor Voltage

28V

Maximum AC Voltage Rating

14V

Maximum DC Voltage Rating

18V

Clamping Voltage

44V

Clamping Current

1A

Energy

0.4J

Series

ML

Maximum Surge Current

150A

Capacitance

1.27nF

Length

3.2mm

Depth

1.6mm

Package/Case

1206 (3216M)

Dimensions

3.2 x 1.6 x 1.8mm

Produkta apraksts

SMT Transient Suppressors - ML Series

Multilayer semi-conducting ceramic construction providing bi-directional voltage clamping. Suppression of inductive switching or other fast electrical transient events makes these devices useful in helping to achieve electromagnetic compliance of end products