MLX90374GDC-ABB-200
Manufacturer: Melexis
The MLX90374GDC-ABB-200 is a Triaxis performance rotary and linear position sensor IC, dual output (SENT / PWM) from Melexis, part of the Triaxis performance (third generation) line. It carries dual outputs, which lets a single package feed two independent consumers of the same position measurement — the arrangement used when redundancy is required without doubling the sensor count. Key parameters for this ordering code: type is Position Sensor; motion is Linear; supply voltage is 5 V / 12 V; offered in the SOIC-8 package; rated operating temperature is -40 to +160 °C. Parameters above are taken from the manufacturer datasheet; confirm the current revision before finalising a design.
Overview
Key features
- Position Sensor Type
- Linear Motion
- 5 V / 12 V supply voltage
- SOIC-8 package
- Operating temperature range -40 to +160 °C
- Melexis original part, traceable supply
- Dual output (SENT / PWM)
- Triaxis Hall technology
- Stray field immunity
Typical applications
- Redundant automotive position sensing
- Steering and braking systems
- Safety-relevant actuators
- Powertrain position sensing
Specifications
Sensing
| Type | Position Sensor |
|---|---|
| Motion | Linear |
Electrical characteristics
| Voltage | 5 V / 12 V |
|---|---|
| Operating temperature | -40 to +160 °C |
Ordering
| Package | SOIC-8 |
|---|---|
| Ordering code | MLX90374GDC-ABB-200 |
Note on parameters. The figures above are taken from the manufacturer datasheet for MLX90374GDC-ABB-200. Electrical limits vary by ordering option and revision — confirm the current datasheet before finalising your design.
Package and ordering
| Ordering code | Package | Operating temp. / grade |
|---|---|---|
| MLX90374GDC-ABB-200 | SOIC-8 | -40 to +160 °C |
Related products
Sourcing MLX90374GDC-ABB-200
We supply MLX90374GDC-ABB-200 with original manufacturer documentation and a quotation that states lead time, packaging and price breaks. Send your annual quantity and target date and you will get a reply with the datasheet attached.