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Series: 471

PICO® II Time Lag Subminiature Axial Leaded Fuse

Product Status| Activei

Littelfuse_Fuses_471

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The 471 Series PICO® II Time-Lag Fuse is designed for applications that require moderate in–rush withstand and is in a space-saving subminiature package.

Moderate in–rushwithstand
Small size
Wide range of current ratings available (500mAto 5A)
RoHS compliant
Halogen-free available
Wide operating temperature range
Low temperature de-rating

471 Parts

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Showing 1 to 9 of 9 Total Results

	Part Number	Actions	Maximum AC Voltage (V)	Voltage Rating (V)	Vibration	Nominal Melting I²T (A²sec)	Resistance (Ω)	Body	MSL	Opening	Operating Temperature	Agency Approvals
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	0.159	0.189			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	1.61	0.0535			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	4.39	0.03			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / MIL-STD-202 Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	9.9	0.018	Ceramic	MIL-STD-202 Method 106	Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	0.722	0.0851			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	2.5	0.0385			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	6.96	0.0231			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	10.6	0.0131			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI
	Series: 471 - PICO® II Time Lag Subminiature Axial Leaded Fuse Series: 471 PICO® II Time Lag Subminiature Axial Leaded Fuse	Datasheet Request Sample View More	125	125	MIL-STD-202 Method 201 (10v55 Hz) / Method 204 Test Condition C (55v2000 Hz at 10 Gµs Peak)	15.4	0.0084			Slo-Blo/Time Lag (T)/Time Delay	-55° to 125°C	UR / METI

Series: 471 Resources