Chip Resistor Low Ohm

Chip Resistor 低阻值厚膜貼片電阻

貼片電阻

SINLOON^®		低阻值厚膜貼片電阻					LCR Series
		Resistance: 0.01~0.99Ω			Low Ohm Thick Film Chip Resistor

Thick Film Low Ohm Chip Resistor - LCR Series
GENERAL ELECTRICAL SPECIFICATION
Power	Size	TYPE	Rated	Working	Overload	Resistance Range		T.C.R.
at 70℃			Voltage	Max. Vol.	Max. Vol.	(m Ω) F(±1%),J(±5%)		(ppm/℃)
0.063W	0402	Y-LCR02	0.17V~0.25V	0.25V	0.624V	100m ~ 300m		±700
						330m ~ 510m		±600
						511m ~ 990m		±500
0.1W	0603	X-LCR03	0.1V~0.31	0.31V	0.775V	50m ~ 91m		±1000
						100m ~ 300m		±800
						330m ~ 500m		±600
						510m ~ 990m		±400
0.125W	0805	W-LCR05	0.04V~0.35V	0.35V	0.875V	10m ~ 50m		±1000
						51m ~ 100m		±700
						110m ~ 300m		±600
						330m ~ 500m		±400
						510m ~ 990m		±300
0.25W	1206	V-LCR06	0.05V~0.5V	0.5V	1.25V	10m ~ 50m		±800
						51m ~ 100m		±600
						110m ~ 300m		±500
						330m ~ 500m		±400
						510m ~ 990m		±300
0.33W	1210	K-LCR10	0.06V~0.57V	0.57V	1.425V	10m ~ 50m		±800
						51m ~ 100m		±600
						110m ~ 300m		±500
						330m ~ 500m		±300
						510m ~ 990m		±300
0.5W	1812	U-LCR12	0.07V~0.7V	0.7V	1.75V	10m ~ 50m		±800
						51m ~ 100m		±600
						110m ~ 300m		±500
						330m ~ 500m		±400
						510m ~ 990m		±400
0.5W	2010	U-LCR10	0.07V~0.7V	0.7V	1.75V	10m ~ 50m		±800
						51m ~ 100m		±800
						110m ~ 300m		±600
						330m ~ 500m		±400
						510m ~ 990m		±400
1W	1218	S-LCR28	0.1V~0.99V	0.99V	2.475V	10m ~ 50m		±800
						51m ~ 990m		±400
1W	2512	S-LCR25	0.1V~0.99V	0.99V	2.475V	10m ~ 50m		±800
						51m ~ 100m		±700
						110m ~ 300m		±500
						330m ~ 500m		±400
						510m ~ 990m		±400
2W	2512	Q-LCR25	0.2V~1.41V	1.41V	3.518V	10m ~ 50m		±800
						51m ~ 100m		±700
						110m ~ 300m		±500
						330m ~ 990m		±400
Temp. Range: Operating Temperature Range : - 55 ℃ - 155 ℃
VOLTAGE RATING OR CURRENT RATING
Resistance Range: ≧1Ω
Rated Voltage: The resistor shall have a DC continuous working voltage or a RMS AC continuous working voltage
at commercial-line frequency and wave form corresponding to the power rating, as determined formula
as following:
E=Rated voltage (V)		E=√R×P	P=Power rating (W)		R=Nominal resistance (Ω)