High Power Chip Resistor Current Sensing Shunts

Description

This metal alloy E-welded chip shunt is designed for accurate current measurement in PCB-mounted battery management systems (BMS). It offers low resistance, tight tolerance, and excellent thermal stability, making it ideal for high-reliability energy storage and power monitoring applications.

Product Features:

  • EB welded structure for superior mechanical and thermal stability

  • Low resistance values from 50μΩ to 5mΩ

  • High power rating up to 10W

  • TCR as low as ±15 ppm/°C for stable current measurements

  • Wide operating temperature: -55°C to +170°C

  • Non-inductive design, ideal for high-speed switching environments

Product Size

ModelResistanceW (mm)A (mm)B (mm)H (mm)D2 (mm)T (mm)
15750.1mR15.2±0.57.6±0.55±0.52.5±0.22.0±0.14.2±0.5
15750.2mR15.2±0.57.6±0.55±0.52.0±0.21.50±0.14.2±0.5
15750.3mR15.2±0.57.6±0.55±0.51.46±0.20.92±0.14.2±0.5
15750.5mR15.2±0.57.6±0.55±0.51.7±0.21.15±0.14.2±0.5
157515.2±0.57.6±0.55±0.51.1±0.20.56±0.14.2±0.5
15750.75mR15.2±0.57.6±0.55±0.50.9±0.20.40±0.14.2±0.5
15751mR15.2±0.57.6±0.55±0.51.4±0.20.90±0.14.2±0.5
15751.5mR15.2±0.57.6±0.55±0.51.1±0.20.64±0.14.2±0.5
15752mR15.2±0.57.6±0.55±0.51.0±0.20.48±0.14.2±0.5
15752.5mR15.2±0.57.6±0.55±0.50.9±0.20.40±0.14.2±0.5
15753mR15.2±0.57.6±0.55±0.50.8±0.20.30±0.14.2±0.5
15754mR15.2±0.57.6±0.55±0.50.5±0.20.24±0.14.2±0.5

Electrical performance:

ParameterValue
Resistance Values (mR)0.1 to 4
Rated Power (W)7
Accuracy (%)0.5 to 5
TCR (ppm/℃)25~50
Operating Temperature Range-50℃ ~ +170℃
Inductance (nH)<10

Applications

  • ⚙️ Frequency converters

  • ⚡ VFDs (Variable Frequency Drives)

  • 🚗 EV power systems and battery management

  • 🔌 Industrial automation and motor control

  • 🔋 High-current DC circuit

  • Need custom specifications or samples?
  • Contact us today to discuss your project requirements.

Why Choose EB Welded Shunt Resistors?

Unlike conventional soldered types, EB welded resistors offer excellent long-term stability and minimized thermal EMF, making them ideal for precision sensing in harsh environments.