Panasonic 5mΩ, 1206 (3216M) Thick Film SMD Resistor ±1% 0.5W - ERJMP2KF5M0U

RS Stock No.: 122-3879Brand: PanasonicManufacturers Part No.: ERJMP2KF5M0U
brand-logo
View all in Surface Mount Resistors

Technical Document

Specifications

Brand

Panasonic

Resistance

5mΩ

Technology

Thick Film

Package/Case

1206 (3216M)

Tolerance

±1%

Power Rating

0.5W

Temperature Coefficient

±75ppm/°C

Series

ERJMP2

Minimum Operating Temperature

-65°C

Maximum Operating Temperature

+170°C

Country of Origin

Japan

Product details

Panasonic ERJMP1206 Current Sensing Metal Shunt Resistors

ERJMP current sensing resistors from Panasonic are a surface mount solution. With high power, these resistors feature a compact, small case size. Offering a wide operating temperature range of -65°C to +170°C, ERJMP resistors are constructed with an outer resin that offers high heat dissipation. With metal plate bonding technology, these resistors provide long-term stability.

With an AEC-Q200 qualification, these metal plate current sensing resistors are suitable for automotive applications.

Standards

ISO9001, ISO/TS16949 certification.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

Price on asking

Panasonic 5mΩ, 1206 (3216M) Thick Film SMD Resistor ±1% 0.5W - ERJMP2KF5M0U

3000

Available in multiples of 1
3000Price on asking
6000Price on asking
9000Price on asking
12000Price on asking
15000Price on asking
18000Price on asking
21000Price on asking
24000Price on asking
27000Price on asking
30000Price on asking
33000Price on asking
36000Price on asking
39000Price on asking
42000Price on asking
45000Price on asking

Price on asking

Panasonic 5mΩ, 1206 (3216M) Thick Film SMD Resistor ±1% 0.5W - ERJMP2KF5M0U
Stock information temporarily unavailable.

3000

Available in multiples of 1
3000Price on asking
6000Price on asking
9000Price on asking
12000Price on asking
15000Price on asking
18000Price on asking
21000Price on asking
24000Price on asking
27000Price on asking
30000Price on asking
33000Price on asking
36000Price on asking
39000Price on asking
42000Price on asking
45000Price on asking

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Technical Document

Specifications

Brand

Panasonic

Resistance

5mΩ

Technology

Thick Film

Package/Case

1206 (3216M)

Tolerance

±1%

Power Rating

0.5W

Temperature Coefficient

±75ppm/°C

Series

ERJMP2

Minimum Operating Temperature

-65°C

Maximum Operating Temperature

+170°C

Country of Origin

Japan

Product details

Panasonic ERJMP1206 Current Sensing Metal Shunt Resistors

ERJMP current sensing resistors from Panasonic are a surface mount solution. With high power, these resistors feature a compact, small case size. Offering a wide operating temperature range of -65°C to +170°C, ERJMP resistors are constructed with an outer resin that offers high heat dissipation. With metal plate bonding technology, these resistors provide long-term stability.

With an AEC-Q200 qualification, these metal plate current sensing resistors are suitable for automotive applications.

Standards

ISO9001, ISO/TS16949 certification.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more