SEI(Stackpole Elec) CSR2010JT10L0 is a CSR2010JT10L0 from SEI(Stackpole Elec), part of the Current Sense Resistors/Shunt Resistors. It is designed for 1W 10mΩ Current Sensing Resistors ±100ppm/℃ ±5% 2010 Current Sense Resistors/Shunt Resistors ROHS. This product comes in a 2010 package and is sold as Tape & Reel (TR). Key features include:
- Power(Watts): 1W
- Resistance: 10mΩ
- Type: Current Sensing Resistors
- Temperature Coefficient: ±100ppm/℃
- Tolerance: ±5%
Additional details: This product is environmentally friendly, does not contain a battery, and weighs approximately 0.05 grams.
More on CSR2010JT10L0
Full Specifications of CSR2010JT10L0
Model Number | CSR2010JT10L0 |
Model Name | SEI(Stackpole Elec) CSR2010JT10L0 |
Category | Current Sense Resistors/Shunt Resistors |
Brand | SEI(Stackpole Elec) |
Description | 1W 10mΩ Current Sensing Resistors ±100ppm/℃ ±5% 2010 Current Sense Resistors/Shunt Resistors ROHS |
RoHS | Lead free / RoHS Compliant |
Unit | Piece |
Weight: | 0.050 grams / 0.001764 oz |
Package / Case | 2,010 |
Package / Arrange | Tape & Reel (TR) |
Battery | No |
ECCN | EAR99 |
Power(Watts) | 1W |
Resistance | 10mΩ |
Type | Current Sensing Resistors |
Temperature Coefficient | ±100ppm/℃ |
Tolerance | ±5% |
Compare SEI(Stackpole Elec) - CSR2010JT10L0 With Other 200 Models
- CSR2010JT10L0 vs CSR1225JK16L0
- CSR2010JT10L0 vs CSR1225JK15L0
- CSR2010JT10L0 vs CSR1225JK13L0
- CSR2010JT10L0 vs CSR1225JK12L0
- CSR2010JT10L0 vs CSM2512FT13L0
- CSR2010JT10L0 vs CSM2512FT18L0
- CSR2010JT10L0 vs CSNL2010JT30L0
- CSR2010JT10L0 vs CSNL2010JT27L0
- CSR2010JT10L0 vs CSNL2010JT25L0
- CSR2010JT10L0 vs CSNL2010JT22L0
Related Models - CSR2010JT10L0 Alternative
- SEI(Stackpole Elec) CSR1225JK16L0
- SEI(Stackpole Elec) CSR1225JK15L0
- SEI(Stackpole Elec) CSR1225JK13L0
- SEI(Stackpole Elec) CSR1225JK12L0
- SEI(Stackpole Elec) CSM2512FT13L0
- SEI(Stackpole Elec) CSM2512FT18L0
- SEI(Stackpole Elec) CSNL2010JT30L0
- SEI(Stackpole Elec) CSNL2010JT27L0
- SEI(Stackpole Elec) CSNL2010JT25L0
- SEI(Stackpole Elec) CSNL2010JT22L0