LA Series

Application
STB-LA

The STB-LA series current sensors adopt the closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.3 μs -Bandwidth of 150 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -BMS -DC generator -Solar inverter -Switching mode power supply (SMPS)
Application
STB-LA/N1

The STB-LA series current sensors adopt the closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.5 μs -Bandwidth of 150 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -BMS -DC generator -Solar inverter -Switching mode power supply (SMPS)
Application
STB-LA/M

The STB-300LA/M series current sensor adopts a closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.6 μs -Bandwidth of 300 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency drive
Application
STB-LA/S

The STB-LA/S series current sensor adopts a closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.5 μs -Bandwidth of 300 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency drive
Application
STB-LA/SF

For electronic measurement of current: DC, AC, pulse, mixed with current isolation between primary circuit (high-power) and secondary circuit (electronic circuit).

Product performance:
-Closed loop design -A very fast response time of 0.3 μs -Bandwidth of 300 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency drive
Application
STB-LA/B

STB-LA/B series current sensors are based on close loop principle technology. The sensor can detect the current with DC, AC, pulse and irregular wave shape. Product performance:

-Closed loop design -A very fast response time of 1 μs -Bandwidth of 200 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -Direct-current dynamo -Uninterruptible Power Supplies (UPS) -Switched model power supplies (SMPS) -Variable frequency converter
Application
STB-LA/D

The STB-LA/D series current sensors adopt a closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.5 μs -Bandwidth of 150 kHz -Good nonlinearity -Low heat drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency drive
Application
STB-LA/Zx

The STB-LA/Zx series current sensors adopt a closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 3 μs -Bandwidth of 200 kHz -Good linearity -Extremely low thermal drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency converter
Application
STB-LA/DH

The STB-LA/DH series current sensors adopt a closed-loop principle and TMR technology. This sensor can detect currents with DC, AC, pulse, and irregular waveforms. Product performance:

-Closed loop design -A very fast response time of 0.5 μs -Bandwidth of 150 kHz -Good linearity -Extremely low thermal drift -Higher isolation voltage
Typical applications:
-Solar inverter -DC generator -Uninterruptible Power Supply (UPS) -Switching mode power supply (SMPS) -Variable frequency converter