TE Connectivity Resistors / Inductors

SVSQ Series Low-Ohmic Current Sense SMD Shunt Resistors

TE Connectivity (TE) shunt resistors provide efficient heat dissipation and precise measurement across a wider range of operating conditions

Image of TE Connectivity Passives SVSQ Series Low-Ohmic Current Sense SMD Shunt ResistorsTE Connectivity (TE) high-precision, low-ohmic, surface-mount shunt resistors are designed for demanding applications. Featuring heavy copper connectors that are electron-beam welded to a manganin or AC alloy sensing element, this resistor delivers exceptional long-term stability and low inductance. It is compatible with reflow soldering or direct copper welding for flexible and reliable mounting options.

Features
  • Permanent power rating up to 15 W
  • High-conductivity copper connections
  • High application temperature
  • Excellent long-term stability
  • Constant current up to 274 A
  • AEC-Q200 compliant
  • Maximum solder temperature up to +350°C/30 seconds
  • MSL 1
  • Flame resistant
Applications
  • Current sensors
  • Automotives
  • Power modules
  • Frequency converters
  • Inverters
  • Low inductance applications
Benefits
  • Efficient in higher current measurement with reduced risk of overheating
  • Efficient heat dissipation and precise current measurement across a wider range of operating conditions
  • Stronger intermetallic bond
 
  • High performance assurance; viable for use in automotive and industries requiring enhanced reliability, improved stability, and reduced design complexity, such as industrial equipment, aerospace, and medical devices
  • Low susceptibility to moisture damage
Related content
Mechanical
  • Solid metal construction
  • Electron beam welded

SVSQ Series Low-Ohmic Current Sense SMD Shunt Resistors

ImagenNúmero de pieza del fabricanteDescripciónResistenciaToleranciaCantidad disponiblePrecioVer detalles
SVSQ2512 R000 1% 4KRLSVSQ2512R000FTDGSVSQ2512 R000 1% 4KRL0 OhmsPuente0 - Inmediata$0.71Ver detalles
SVSQ2512 5W R0013 1% 4KRLSVSQ251250R0013FTDGSVSQ2512 5W R0013 1% 4KRL1.3 mOhms±1%0 - Inmediata$1.11Ver detalles
SVSQ2512 6W R001 1% 4KRLSVSQ251260R001FTDGSVSQ2512 6W R001 1% 4KRL1 mOhms±1%0 - Inmediata$1.13Ver detalles
SVSQ2512 3W R004 1% 4KRLSVSQ251230R004FTDGSVSQ2512 3W R004 1% 4KRL4 mOhms±1%0 - Inmediata$1.13Ver detalles
SVSQ2512 4W R003 1% 4KRLSVSQ251240R003FTDGSVSQ2512 4W R003 1% 4KRL3 mOhms±1%0 - Inmediata$1.15Ver detalles
SVSQ2512 2W R0068 1% 4KRLSVSQ251220R0068FTDGSVSQ2512 2W R0068 1% 4KRL6.8 mOhms±1%0 - Inmediata$1.18Ver detalles
SVSQ2512 2.5W R005 1% 4KRLSVSQ251225R005FTDGSVSQ2512 2.5W R005 1% 4KRL5 mOhms±1%0 - Inmediata$1.18Ver detalles
SVSQ2512 1.5W R010 1% 4KRLSVSQ251215R010FTDGSVSQ2512 1.5W R010 1% 4KRL10 mOhms±1%0 - Inmediata$1.18Ver detalles
SVSQ2512 5W R002 1% 4KRLSVSQ251250R002FTDGSVSQ2512 5W R002 1% 4KRL2 mOhms±1%0 - Inmediata$1.20Ver detalles
SVSQ2512 6W R0005 1% 4KRLSVSQ251260R0005FTDGSVSQ2512 6W R0005 1% 4KRL500 µOhms±1%0 - Inmediata$1.22Ver detalles
SVSQ2512 6W R0002 1% 4KRLSVSQ251260R0002FTDGSVSQ2512 6W R0002 1% 4KRL200 µOhms±1%0 - Inmediata$1.34Ver detalles
SVSQ2512 6W R0003 1% 4KRLSVSQ251260R0003FTDGSVSQ2512 6W R0003 1% 4KRL300 µOhms±1%0 - Inmediata$1.38Ver detalles
SVSQ3920 3W R005 1% 3KRLSVSQ392030R005FTDGSVSQ3920 3W R005 1% 3KRL5 mOhms±1%0 - Inmediata$1.41Ver detalles
SVSQ3920 5W R004 1% 3KRLSVSQ392050R004FTDGSVSQ3920 5W R004 1% 3KRL4 mOhms±1%0 - Inmediata$1.43Ver detalles
SVSQ3920 7W R001 1% 3KRLSVSQ392070R001FTDGSVSQ3920 7W R001 1% 3KRL1 mOhms±1%0 - Inmediata$1.45Ver detalles
SVSQ3920 5W R003 1% 3KRLSVSQ392050R003FTDGSVSQ3920 5W R003 1% 3KRL3 mOhms±1%0 - Inmediata$1.47Ver detalles
SVSQ3920 6W R002 1% 3KRLSVSQ392060R002FTDGSVSQ3920 6W R002 1% 3KRL2 mOhms±1%0 - Inmediata$1.52Ver detalles
SVSQ3920 5W R0025 1% 3KRLSVSQ392050R0025FTDGSVSQ3920 5W R0025 1% 3KRL2.5 mOhms±1%0 - Inmediata$1.52Ver detalles
SVSQ3920 8W R0007 1% 3KRLSVSQ392080R0007FTDGSVSQ3920 8W R0007 1% 3KRL700 µOhms±1%0 - Inmediata$1.59Ver detalles
SVSQ3920 10W R0005 1% 3KRLSVSQ3920100R0005FTDGSVSQ3920 10W R0005 1% 3KRL500 µOhms±1%0 - Inmediata$1.63Ver detalles
Publicado: 2025-11-25