TLM2HER018FTE – TE CONNECTIVITY

 
Part Number:
TLM2HER018FTE
 
 
Manufacturer:
 
 
Date Code:
15
 
 
RoHS:
RoHS Compliant
 
 
MSL:
 
 
COO:
 
 
Description:

0.018 Ohm Resistor, 1% Tolerance, 0.75 W, 2010

 
 
Datasheet:
 
 
Spotted a problem with product information? – let us know
ORDER NOW

Stock Quantity: 4000

Selling Unit: Each

Quantity Price (ex VAT)
1+ 6.66
10+
50+
100+

4000 in stock

Contact us for volume pricing

  • Same day shipping if ordered before 14.00 GMT
  • 6 month warranty on all stock items
  • All stock held and shipped from our UK warehouse
  • Worldwide shipping available, contact us for a quotation
  • We can ship on your DHL or UPS account if required
  • Any import duties or taxes are the responsibility of the receiver
 
Product Details:

Overview

The TE Connectivity TLM2HER018FTE is a high-performance Surface Mount Device (SMD) current sense resistor, critically designed for accurate measurement of current flow in power electronics circuits. Its low resistance value of 0.018 Ohms is paramount for minimizing power dissipation (I²R losses), a key consideration in efficiency-driven designs. However, engineers must carefully balance this low resistance against the potential for increased sensitivity to parasitic inductance, which can impact high-frequency current sensing accuracy. This component’s robust construction ensures reliable operation in demanding applications.

Key Features

  • Resistance: 0.018 Ohms
  • Power Rating: 4W (at specified conditions)
  • Case Code: 5025 (5mm x 2.5mm)
  • Dimensions: 5 mm (L) x 2.5 mm (W) x 0.58 mm (H)
  • Termination: 2-Terminal SMD/SMT
  • Operating Temperature Range: -55°C to +170°C

Applications

The component is engineered for deployment in systems requiring high reliability and performance under specific operating conditions. It provides functional stability across the stated design envelope.

  • High-current monitoring in DC-DC converters and power supplies
  • Overcurrent protection circuits in automotive electronics
  • Battery management systems for state-of-charge estimation
  • Motor control feedback loops for precise current regulation
 
 
Spotted a problem with product information? – let us know