Resistors

PMR25HZPJU5L0

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Rohm Semiconductor

CURRENT SENSE RESISTORS - SMD 1210 5MOHM 5% AEC-Q200

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Resistors

PMR25HZPJU5L0

Active

Rohm Semiconductor

CURRENT SENSE RESISTORS - SMD 1210 5MOHM 5% AEC-Q200

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Specifications Series Pricing Description Documents

Technical Specifications

Parameters and characteristics for this part

Specification	PMR25HZPJU5L0

Composition	Metal Element
Features	Current Sense, Automotive AEC-Q200
Height - Seated (Max) [Max]	0.47 mm
Height - Seated (Max) [Max]	0.019 in
Number of Terminations [custom]	2
Operating Temperature [Max]	155 C
Operating Temperature [Min]	-55 C
Package / Case	1210
Package / Case	3225 Metric
Power (Watts)	1 W
Resistance	5 mOhms
Size / Dimension [x]	3.2 mm
Size / Dimension [x]	0.126 "
Size / Dimension [y]	2.5 mm
Size / Dimension [y]	0.098 in
Supplier Device Package	1210
Temperature Coefficient	100 ppm/°C
Tolerance	5 %

PMR Series

1005(0402)Size, Ultra-Low Ohmic Jumper Resistors (AEC-Q200 Qualified)

Part	Ratings	Power (Watts)	Operating Temperature [Max]	Operating Temperature [Min]	Size / Dimension [y]	Size / Dimension [y]	Size / Dimension [x]	Size / Dimension [x]	Resistance	Height - Seated (Max) [Max]	Height - Seated (Max) [Max]	Composition	Tolerance	Number of Terminations [custom]	Supplier Device Package	Package / Case	Package / Case	Features	Temperature Coefficient	Height - Seated (Max) [Max] [z]	Height - Seated (Max) [Max] [z]	Temperature Coefficient [Max]	Temperature Coefficient [Min]	Tolerance	Power (Watts)	Supplier Device Package	Size / Dimension [y]
Rohm Semiconductor PMR25HZPJV2L0	AEC-Q200	1 W	155 C	-55 C	2.5 mm	0.098 in	3.2 mm	0.126 "	2 mOhms	0.47 mm	0.019 in	Metal Element	5 %	2	1210	1210	3225 Metric	Automotive AEC-Q200 Current Sense	100 ppm/°C
Rohm Semiconductor PMR25HZPJV4L0		1 W	155 C	-55 C	2.5 mm	0.098 in	3.2 mm	0.126 "	4 mOhms	0.47 mm	0.019 in	Metal Element	5 %	2	1210	1210	3225 Metric	Automotive AEC-Q200 Current Sense	100 ppm/°C
Rohm Semiconductor PMR01ZZPJ000	AEC-Q200		155 C	-55 C	0.5 mm	0.02 in	1 mm	0.039 "	0 mOhms			Metal Element		2	0402	0402 (1005 Metric)		Automotive AEC-Q200 Current Sense Jumper		0.35 mm	0.014 "	200 ppm/°C	0	Jumper
Rohm Semiconductor PMR10EZPJU7L0		0.5 W	155 C	-55 C	1.2 mm	0.047 in	2 mm	0.079 in	7 mOhms	0.47 mm	0.019 in	Metal Element	5 %	2	0805	0805		Automotive AEC-Q200 Current Sense	150 ppm/°C						0.5 W
Rohm Semiconductor PMR50HZPJV1L0	AEC-Q200	1 W	155 C	-55 C	2.5 mm	0.098 in	5 mm	0.197 in	1 mOhms	0.47 mm	0.019 in	Metal Element	5 %	2		2010 (5025 Metric)		Automotive AEC-Q200 Current Sense	100 ppm/°C							2010
Rohm Semiconductor PMR03EZPJU10L	AEC-Q200	0.25 W	155 C	-55 C		0.031 in	1.6 mm	0.063 "	10 mOhms			Metal Element	5 %	2		0603	1608 Metric	Automotive AEC-Q200 Current Sense		0.35 mm	0.014 "	150 ppm/°C	0		0.25 W		0.8 mm
Rohm Semiconductor PMR03EZPFU10L0		0.25 W	155 C	-55 C		0.031 in	1.6 mm	0.063 "	10 mOhms			Metal Element	1 %	2		0603	1608 Metric	Automotive AEC-Q200 Current Sense		0.35 mm	0.014 "	150 ppm/°C	0		0.25 W		0.8 mm
Rohm Semiconductor PMR100HZPFU9L00	AEC-Q200	2 W	155 C	-55 C					9 mOhms	0.47 mm	0.019 in	Metal Element	1 %	2		2512 2512 (6432 Metric)	6332 Metric	Automotive AEC-Q200 Current Sense	100 ppm/°C							2512
Rohm Semiconductor PMR25HZPJU5L0		1 W	155 C	-55 C	2.5 mm	0.098 in	3.2 mm	0.126 "	5 mOhms	0.47 mm	0.019 in	Metal Element	5 %	2	1210	1210	3225 Metric	Automotive AEC-Q200 Current Sense	100 ppm/°C
Rohm Semiconductor PMR10EZPJV4L0		0.5 W	155 C	-55 C	1.2 mm	0.047 in	2 mm	0.079 in	4 mOhms	0.55 mm	0.022 in	Metal Element	5 %	2	0805	0805		Automotive AEC-Q200 Current Sense	150 ppm/°C						0.5 W

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

Distributor	Package	Quantity	$

Digikey	N/A	7015	$ 0.69
Mouser	N/A	1	$ 0.69
		10	$ 0.45
		25	$ 0.34
		100	$ 0.30
		250	$ 0.26
		500	$ 0.23
		1000	$ 0.21
		2000	$ 0.20
		4000	$ 0.19

Description

General part information

PMR Series

ROHM's ultra-low resistance jumper chip resistors feature a maximum conduction resistance of 0.5mO with improved rated current, resulting in minimal voltage loss and voltage drop at high currents.

Documents

Technical documentation and resources

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