Trade Shows
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| 26.02. - 28.02.2019, Nuremberg |
Melexis' current sensors are based on the most advanced application of Hall Effect technology to provide unprecedented accuracy in current measurements in automobiles, buildings and industrial environments.
From highly integrated sensors operating in ranges up to 50 amps, to programmable IMC® Hall sensors (up to 1000A), to, also programmable, conventional Hall sensors with a ferromagnetic core to cover currents up to 2000A, Melexis' solutions provide a cost-effective and efficient option for almost any application.
From highly integrated sensors operating in ranges up to 50 amps, to programmable IMC® Hall sensors (up to 1000A), to, also programmable, conventional Hall sensors with a ferromagnetic core to cover currents up to 2000A, Melexis' solutions provide a cost-effective and efficient option for almost any application.
Test
Conventional Hall (Core)
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 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.
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.
IMC-Hall Current Sensors (Shield)
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.
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.
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.
Intergrate (Coreless)
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.
MLX91230 Smart IVT current sensor IC with 0.5% accuracy over temperature
It integrates IVT measurement capability, embeds a microcontroller and supports safety applications. It is ideal for EV battery management and power distribution systems.
MLX91231 Smart IVT shunt interface current sensor
A shunt interface for DC current sensing. It integrates IVT measurement capability (current, voltage and temperature), embeds a microcontroller and supports safety applications.
Comparative table
| 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 | ||||||||||||
