Trade Shows
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| 26.02. - 28.02.2019, Nuremberg |
They are designed for accurate current sensing applications in the automotive, industrial and consumer markets.
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MLX91207
High Speed Hall Sensor IC
Not recommended for new designs. Similar functionality provided by the MLX91209 , MLX91217 or MLX91219.
The MLX91207 is a fully customer programmable monolithic current sensor IC in standard SO-8 package. The Hall sensor provides a high speed analog output signal proportional to the external applied flux density and additional thermometer output. The MLX91207 current sensor enables the user to construct a robust current sensor solution with fast response times < 10usec.
MLX91219
400kHz Conventional Hall current sensor IC with dual overcurrent detection
The MLX91219 is a high-speed high-accuracy conventional hall current sensor simplifying module designs with a dual OverCurrent Detection (OCD) functionality, a flexible supply 3.3V/5V and an improved SNR.
MLX91209
250 kHz Hall current sensor IC with enhanced thermal and lifetime stability
The MLX91209 is a fully customer-programmable monolithic sensor IC packaged in standard SIP package. The Hall current sensor IC provides a high speed analog output signal proportional to the external applied flux density. The MLX91209 current sensor enables the user to construct a precise current sensor solution with fast response time of 3µs.
MLX91211
40 kHz conventional Hall current sensor IC
The MLX91211 is a second-generation medium-speed current sensor that senses the magnetic field generated by the current flowing through a conductor, be it a cable, a bus bar or a PCB trace in a contactless way.
MLX91217
250 kHz Conventional Hall current sensor IC with improved diagnostics
The MLX91217 is part of the Gen 2.5 high speed current sensor IC portfolio, targeting primarily inverter/converter applications. With the Conventional Hall technology - using an external ferromagnetic core for signal concentration - currents can be measured in the range of ±50 A to ±5000 A.
MLX91206
70 kHz Programmable IMC-Hall® current sensor IC with automotive protections
Not recommended for new designs. Similar functionality provided by the MLX91208 , MLX91216 or MLX91218.
The MLX91206 opens new opportunities for contactless current sensing in renewable energy applications, hybrid electric vehicle (HEV) and electric vehicle (EV). The device is a customer programmable monolithic sensor IC featuring Triaxis® technology. It enables the user to construct small, economical current sensor solutions with fast response times. The chip directly monitors the current flowing in an external conductor such as a bus bar or printed circuit board (PCB) track.
MLX91208
250 kHz IMC-Hall® current sensor IC with enhanced thermal and lifetime stability
The MLX91208 is a fully customer-programmable monolithic sensor IC packaged in standard SO-8 package. The sensor features the IMC-Hall® technology, which leads to very high sensitivity thanks to integrated magnetic concentrators (IMC) deposited on the die. The Hall Sensor provides a high speed analog output signal proportional to the external applied flux density. The MLX91208 current sensor IC enables the user to construct a precise current sensor solution with fast response time of 3µs.
MLX91216
250 kHz IMC-Hall® current sensor with diagnostics
The MLX91216 is an high-speed high-accuracy IMC-Hall® current sensor, targeting primarily inverter/converter applications as well as redundant monitoring of battery-management system (BMS).
MLX91218
400kHz IMC-Hall® current sensor IC with dual overcurrent detection
The MLX91218 is a high-speed high-accuracy IMC-Hall® current sensor simplifying module designs with a dual OverCurrent Detection functionality, a flexible supply 3.3V/5V and an improved SNR.
MLX91220
0-50 A isolated 5 V integrated Hall current sensor
The MLX91220 is a 0-50 A isolated integrated Hall-effect current sensor with dual OCD, operating on a 5 V supply.
MLX91221
0-50A isolated 3.3V integrated hall current-sensor
The MLX91221 is a 0-50 A isolated integrated Hall-effect current-sensor with dual OCD, operating on a 3.3V supply.
| Conventional Hall | |||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Part No. | Supply Voltage | Output | Response Time | Supply Current | Default Sensitivity | Current range | Bandwidth | Programmable | Package | Over-current detection | Temp. | ||
| V | Analog | PWM | μs | mA | mV/mT | mV/mA | A | kHz | °C | ||||
| 5 | ● | ● | 8 | 9 | 10-25 | 70 | ● | SOIC8 | -40...150°C | ||||
| 5 | ● | 3 | 12 | 7,3-50 | 250 | ● | SIP4-VA | -40...150°C | |||||
| 5 | ● | 10 | 5 | 17-100 | 40 | TO92-3L/ TSOT-3L | -40...150°C | ||||||
| 5 | ● | 3 | 10/12,5 | 9-17 | 50-5000 | 250 (prog.) | ● | SIP4-VA | -40...150°C | ||||
| 3,3/5 | ● | 3 | 15,5 | 7-15 | 200-2000 | 400 | ● | SIP4-VA | ● | -40...150°C | |||
| Integrated Hall | |||||||||||||
| Part No. | Supply Voltage | Output | Response Time | Supply Current | Default Sensitivity | Current range | Bandwidth | Programmable | Package | Over-current detection | Temp. | ||
| V | Analog | PWM | μs | mA | mV/mT | mV/mA | A | kHz | °C | ||||
| 5 | ● | ● | 8 | 7-9 | 2,2-270 | 70 | ● | SOIC8 | -40...150°C | ||||
| 5 | ● | 3 | 12 | 40-250 | 250 | ● | SOIC8 | -40...150°C | |||||
| 5 | ● | 3 | 10/12,5 | 25-100 | 200-2000 | 250 (prog.) | ● | SOIC8 | -40...150°C | ||||
| 3,3/5 | ● | 3 | 15 | 14-30 | 200-2000 | 400 | ● | SOIC8 | ● | -40...150°C | |||
| Plug&Play | |||||||||||||
| Part No. | Supply Voltage | Output | Response Time | Supply Current | Default Sensitivity | Current range | Bandwidth | Programmable | Package | Over-current detection | Temp. | ||
| V | Analog | PWM | μs | mA | mV/mT | mV/mA | A | kHz | °C | ||||
| 5 | ● | 2 | 20 | 26,67-120 | 50 | 300 | SOIC8/ SOIC16WB | ● | -40...125°C | ||||
| 3,3 | ● | 2 | 20 | 16,67-120 | 50 | 300 | SOIC8/ SOIC16WB | ● | -40...125°C | ||||
| (*) | Not Recommended for New Design | ||||||||||||
