
Add to Cart
25A 50A Closed Loop Hall Effect Current Sensor Battery Supplied Application
TBC-C104/204 multi-range current sensor is a close loop device based on the measuring principle of the hall effect and null balance method ,with a galvanic isolation between primary and secondary circuit .It provides accurate electronic measurement of DC,AC or pulsed currents.
Electrical data(Ta=25℃±5℃) |
Type Parameter | TBC25C104 | TBC50C204 | |
Rated input (Ipn) | 25 | 50 | A |
Measure range(Ip) | 0~±60 | 0~±120 | A |
Measure resister range | 200~730(±15V) | 54~250(±15V) | Ω |
Turns ratio(Np/Ns) | 1-2-3:2000 | 1-2-3-4:2000 | |
Rated output (Isn) | ±12.5±0.5%(Ip=±Ipn) | ±25±0.5%(Ip=±Ipn) | mA |
Supply voltage | ±15±5% | V | |
Power consumption | 20+IpX(Np/Ns) | mA | |
Zero offset current | @Ip=0 ≤±0.2 | mA | |
Offset current drift | @ -40℃~+85℃ ≤0.5 | mA | |
Response time | @50A/μS,10%-90% <1 | µs | |
| @Ip=0-±Ipn ≤0.1 | %FS | |
Galvanic isolation | @ 50HZ/60HZ,AC,1min 5 | KV | |
di/dt accurately followed | >50 | A/μs | |
Bandwidth(-3dB) | DC…100 | KHz | |
Secondary coil resister | 200 | 180 | Ω |
Applications |
Variable speed drives
Welding machine
Battery supplied applications
Uninterruptible Power Supplies (UPS)
Electrochemical
Mechanical dimension(for reference only) |
Remarks:
1. All dimensions are in mm.
2. General tolerance ±1mm.
Pin connections |
Primary | | Rated | Primary | Pins connections | |
TBC25C104 | TBC50C204 | ||||
| | | | ![]() | ![]() |
| | | | ![]() | ![]() |
| | | | ![]() | ![]() |
| | | | ![]() |
Directions for use |
When the current will be measured goes through a sensor ,the current will be measured at the output end.
(Note: The false wiring may result in the damage of the sensor)
Custom design in the different rated input current and the output current available.
Standards |
General date |
Value | Unit | Symbol | |
Operating temperature | -40 to +85 | ºC | TA |
Storage temperature | -40 to +125 | ºC | TS |
Mass(approx) | 15 | g | M |
Characteristics chart |
Pulse current signal response characteristic Effects of impulse noise