Current Sense Resistors

✅ Product Highlights (150-200 characters each)
✔️ Application Scenario
ASRL series alloy shunts are ideal for BMS, EV chargers, and industrial drives, delivering stable current sensing from -55℃ to 150℃.

✔️ R&D Technology
Featuring high-performance CuMn and Karma alloys, ASRL series achieves low TCR and excellent long-term stability for 0.5mΩ to 2mΩ precision current sampling.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 150 million pieces for 3921 packages.

✔️ Stock Availability
ASRL series standard values (0.5mΩ, 1mΩ, 2mΩ) are in stock now, available in 2500pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European EV manufacturer adopted ASRL-M-3921-0.5F for their traction inverter current sensing, achieving ±0.5% accuracy and zero failures after 3000 thermal cycles.

✅ Product Highlights (150-200 characters each)
✔️ Application Scenario
YSK series low resistance metal strip resistors are ideal for BMS, EV chargers, and power supplies, delivering stable current sensing from -65℃ to 170℃.

✔️ R&D Technology
Featuring high-performance CuMn, CuMnSn, and CuMnNi alloys, YSK series achieves low TCR down to ±50ppm/℃, ensuring high precision for 0.5mΩ to 5mΩ current sampling.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 300 million pieces for 1206-2817 packages.

✔️ Stock Availability
YSK series standard values (0.5mΩ, 2mΩ, 5mΩ) are in stock now, available in 1500-3000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European EV manufacturer adopted YSK2512-3W-R002F for their on-board charger current sensing, achieving ±1% accuracy and zero failures after 3000 thermal cycles.

✅ Product Highlights (150-200 characters each)
✔️ Application Scenario
SBN series alloy shunts are ideal for BMS, EV chargers, and industrial power supplies, delivering stable current sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring Karma, Manganin, and FeCrAl alloys, SBN series achieves ultra-low TCR down to ±40ppm/℃, ensuring high precision for 1mΩ to 50mΩ current sampling.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 200 million pieces for 4312/4320 packages.

✔️ Stock Availability
SBN series standard values (2mΩ, 5mΩ, 10mΩ, 20mΩ) are in stock now, available in 1000/2000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European EV manufacturer adopted SBN-K-4312-5F for their on-board charger current sensing, achieving ±1% accuracy and zero failures after 3000 thermal cycles.

✅ Product Highlights (150-200 characters each)
✔️ Application Scenario
SBH series alloy shunts are ideal for BMS, power supplies, and industrial controls, delivering stable current sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring high-purity Manganin and Karma alloys, SBH series achieves low TCR down to ±50ppm/℃, ensuring excellent precision for 0.25mΩ to 3mΩ current sampling.

✔️ Production Strength
Flexible production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 100 million pieces for through-hole and SMD applications.

✔️ Stock Availability
SBH series standard values (0.25mΩ, 0.5mΩ, 1mΩ, 3mΩ) are in stock now, available in bulk packaging for fast global delivery.

✔️ Cooperation Case
A leading European industrial power supply manufacturer adopted SBH-M-1mΩ-F for their motor drive current sensing, achieving ±1% accuracy and reliable operation over 2000 thermal cycles.

✅ Product Highlights (150-200 characters each)
✔️ Application Scenario
ASJ series alloy shunts are ideal for BMS, EV traction inverters, and industrial drives, delivering stable current sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring high-performance Karma alloy, ASJ series achieves ultra-low TCR down to ±20ppm/℃, ensuring exceptional precision for 3mΩ to 10mΩ current sampling.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 200 million pieces for 3920/5930 packages.

✔️ Stock Availability
ASJ series standard values (3mΩ, 5mΩ, 7mΩ, 10mΩ) are in stock now, available in 500/800pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European EV manufacturer adopted ASJ-K-3920-5F-P for their traction inverter current sensing, achieving ±0.5% accuracy and zero failures after 3000 thermal cycles.

✔️ Application Scenario
SBB series 4-terminal shunts are ideal for BMS, EV traction inverters, and precision power supplies, delivering accurate voltage sensing from -55℃ to 155℃.

✔️ R&D Technology
Featuring true 4-terminal Kelvin connection with Manganin and Karma alloys, SBB series eliminates lead resistance errors for high-precision current sensing applications.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 200 million pieces for In/Out package options.

✔️ Stock Availability
SBB series standard values (0.2mΩ, 0.5mΩ, 1.0mΩ, 5.0mΩ) are in stock now, available in 1000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European automotive supplier adopted SBB-K-1F-y for their DC-DC converter current sensing, achieving ±1% accuracy and zero failures after 3000 thermal cycles.

✔️ Application Scenario
SBB-t9 series 4-terminal shunts are ideal for BMS, EV traction inverters, and precision power supplies, delivering accurate voltage sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring true 4-terminal Kelvin connection with Manganin/Karma/CuMnSn alloys, SBB-t9 series achieves low TCR and eliminates lead resistance errors for high-precision current sensing.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 150 million pieces for 2726/4026 t9 packages.

✔️ Stock Availability
SBB-t9 series standard values (0.2mΩ, 0.5mΩ, 1.0mΩ) are in stock now, available in 1000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading German automotive supplier adopted SBB-M-0.5F-y-t9 for their 800V traction inverter current sensing, achieving ±0.5% accuracy and zero failures after 5000 thermal cycles.

✔️ Application Scenario
SBB series 4-terminal shunts are ideal for BMS, EV traction inverters, and precision power supplies, delivering accurate voltage sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring true 4-terminal Kelvin connection with Manganin/Karma/CuMnSn alloys, SBB series achieves ultra-low TCR down to ±50ppm/℃ and eliminates lead resistance errors.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 150 million pieces for 2726/4026 packages.

✔️ Stock Availability
SBB series standard values (0.2mΩ, 0.5mΩ, 1.0mΩ) are in stock now, available in 1000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading German automotive supplier adopted SBB-K-4026-0.5F for their 800V traction inverter current sensing, achieving ±0.5% accuracy and zero failures after 5000 thermal cycles.

✔️ Application Scenario
SBBP series 4-terminal shunts are ideal for BMS, EV traction inverters, and precision power supplies, delivering accurate voltage sensing from -55℃ to 170℃.

✔️ R&D Technology
Featuring true 4-terminal Kelvin connection with Manganin and Karma alloys, SBBP series achieves ultra-low TCR down to ±20ppm/℃ (Karma) and eliminates lead resistance errors.

✔️ Production Strength
Fully automated production lines and 100% electrical testing ensure consistent quality, with annual capacity exceeding 100 million pieces for In/Out package options.

✔️ Stock Availability
SBBP series standard values (0.2mΩ, 0.5mΩ, 1.0mΩ) are in stock now, available in 1000pcs per reel for fast global delivery.

✔️ Cooperation Case
A leading European EV manufacturer adopted SBBP-K-0.5F-y for their 800V traction inverter current sensing, achieving ±0.5% accuracy and zero failures after 5000 thermal cycles.