ActiveLight sensor interface
MLX75030 Melexis
The MLX75030 ActiveLight sensor interface is ideally suited for proximity and simple "air gesture" sensing. Built-in background light suppression and programmable operation and diagnostics over SPI, allow integration in any environment with minimal development time.
Top features
-
Two-channel proximity sensing
-
Ideal for proximity and simple "air gesture" sensing
-
Built-in background light suppression
-
Any detection range and field-of-view (by choosing any LED or photodiode)
-
High framerate, allowing 600+ fps dual-channel operation
-
Programmable operation to meet specific integration constraints (e.g. modulation frequency, burst length, ...)
- Optical sensing is independent from temperature and humidity
ActiveLight sensor interface - MLX75030
Product description
The MLX75030 ActiveLight sensor interface is ideally suited for proximity and simple "air gesture" sensing. Built-in background light suppression and programmable operation and diagnostics over SPI, allow integration in any environment with minimal development time.
The MLX75030 is optimized for ActiveLight measurements on two independent channels A and B. Each channel can control an external LED while sensing the reflected light via an external photodiode.
The ActiveLight detection is virtually independent from background light by means of integrated hardware-level ambient light suppression.
Any LED, any photodiode
The MLX75030 offers great flexibility in the placement and selection of external components.
Each customer can optimize their design with their own selection of LED and photodiode, hereby allowing specific sensing range and/or viewing angle, while maintaining superior background light robustness.
Features and benefits
-
Two-channel proximity sensing
-
Ideal for proximity and simple "air gesture" sensing
-
Built-in background light suppression
-
Any detection range and field-of-view (by choosing any LED or photodiode)
-
High framerate, allowing 600+ fps dual-channel operation
-
Programmable operation to meet specific integration constraints (e.g. modulation frequency, burst length, ...)
- Optical sensing is independent from temperature and humidity
