CSF ITV Üç Terminal DC 15A sigortalar – Pil Koruyucular Sigorta

surface mount CSF Three Terminal Fuse Li-ion battery protectors designed to guard against overcurrent and overcharging. Fuse Ideal for mobile/portable applications including smart appliances, consumer electronics and power tools.

ITV is a three-terminal surface mountable li-ion battery protector designed to guard against the damage caused by both overcurrent and overcharging. A fuse element is embedded to cut off the circuit when overcurrent issue happens. A heater is also directly embedded under the fuse element, it will generate heat to blow the fuse once overvoltage detected by IC or FET.

Pil aşırı akım ve aşırı gerilim koruyucusu – ITV Serisi

ITV4030 12A Serisi – Üç terminal yüzey montaj pil koruyucuları

ITV9550 45A Series – Three-Terminal Surface Mount fuse for overvoltage by IC or FET

Ürün Açıklaması

Three Terminal Surface Mount Fuse CSF SMD Fuse DC 36V 10A 12A 15A 4x3x0.85 5.4×3.2×1.35 Lithium Ion Battery Fuse

Specification Of CSF SMD Fuse

Application Of Three Terminal Fuses:

1: El tipi/taşınabilir ekipman

2: Mobil cihaz ücretleri

3: Otomotiv

4: Merkezi gövde kontrol modülü

5: Isıtma havalandırma ve klima

6: Kapılar,cam kaldırma ve koltuk kontrolü

7: Dijital gösterge paneli

8: In-vehicle infotainment and navigation

9: Elektrikli pompalar,motor kontrolü ve

10: Güç aktarım sistemi kontrol modülü(PCU)/Motor

11: Şanzıman Kontrol Ünitesi(TCU)

Advantage Of Three Terminal Fuses:

1:High current carrying capacity, anma akımı >10A, excellent performance in high current environment.

2:Stable operation performance, complete disconnection;

3:The electrode adopts ceramic circuit board technology, and the welding is reliable.

4:Küçük boy, suitable for high-density installation;Fast reaction speed and high sensitivity;Three layers of electricity.

5:(gümüş, nikel, tin) easy to weld glass uranium outer protection, reliable structure, work stable;

6:Tape packing, suitable for automatic mounting.

ITV Three-Terminal DC 15A Fuses Structure