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Schurter PFNF.035.2 PFNF.035.2 SMD fuse 0.35 A 6 V DC Content 1 pc(s) Piece
EAN:
Part number:
Item no:
Packaging type
Piece
Product type
SMD fuse
Nominal voltage
6 V DC
Nominal current - rounded value
350 mA
Length
3.40 mm
Datasheet (PDF)
Technical specifications
- Series PFNF
- Dimensions: Length 3.4 mm
- Dimensions: Width 1.8 mm
- Dimensions: Height 0.85 mm
- Nominal voltage at 50/60Hz 6 V DC
- Nominal current: 0.35 A
- Approvals: CULus, TÜV, CE
- Design 1206
- Contact material: Nickel and gold plated
- Applications: Protection against overcurrent and short circuit of devices|ideal for use for USB connection protection, motherboard for PCs, PDAs, digital cameras, connection protection of game consoles
- Note: These components are designed to protect against over current and over temperature, not for permanent repeated switching operations.|When handling products that come into contact with electrical voltage, the applicable VDE regulations must be observed.
- SMD connection type
- Min. Operating temperature range -40 °C.
- Operating temperature range, max. 85 °C.
- Switch-off current, max. 100 A
- max. Resistance 1 hour after shutdown: 1,200 mOhm
- Trip time with specified reference current IS: 0.1 s.
- Power loss, max. 0.6 W.
- Soldibility 245 °C / 3 s
- Packaging type
Piece
- Product type
SMD fuse
- Nominal voltage
6 V DC
- Nominal current
0.35 A
- Nominal current - rounded value
350 mA
- Reverse switching current
100 A
- Switch-off capacity
100 A
- Length
3.40 mm
- Content
1 pc(s)
- RoHS-compliant
Yes
- Type
PFNF.035.2
Documents & Downloads
Datasheet
Datasheet 3306349 Schurter PFNF.035.2 PFNF.035.2 SMD fuse 0.35 A 6 V DC Content 1 pc(s) Piece
User & Safety Instructions
User & Safety Instructions 3306349 Schurter PFNF.035.2 PFNF.035.2 SMD fuse 0.35 A 6 V DC Content 1 pc(s) Piece
Description
Self-resetting fuse elements
Low power loss through low resistance in normal operation
Protection against overcurrent and short circuit of devices
The method of operation is based on the PTC effect. In normal operation, the resistance of the component is very low, so that only very low power losses occur. In the event of an error, e.g. short-circuit or overcurrent, the resistance value of this component increases and protects the device. After elimination of the error and switched-off supply voltage, the component quickly returns to its low-ohm status
Directly solderable on PCB
This text is machine translated.
Low power loss through low resistance in normal operation
Protection against overcurrent and short circuit of devices
The method of operation is based on the PTC effect. In normal operation, the resistance of the component is very low, so that only very low power losses occur. In the event of an error, e.g. short-circuit or overcurrent, the resistance value of this component increases and protects the device. After elimination of the error and switched-off supply voltage, the component quickly returns to its low-ohm status
Directly solderable on PCB
This text is machine translated.
Hints
These components are designed to protect against over-current and over-temperature; not for permanent repeated switching operations.|When handling products that come into contact with electrical voltage, the valid VDE regulations must be observed.