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Photodiodes from Jenoptik: photodiodes for spectrally selective light and radiation detection
The photodiodes from Jenoptik can be easily integrated into your existing systems or adapted to optoelectronic applications, and can also eliminate the need for external filters.
For its photodiodes, Jenoptik uses A3B5 materials such as AlGaAs, GaP, InGaAs, AlGaN or SiC. We manufacture spectrally selective photodiodes for detecting visible light, IR radiation or UV radiation. They reliably detect spectral ranges between 150 and 1700 nm.
Our photodiodes are available in hermetically sealed metal housings with optical flat or lens caps. Alternatively, we can supply SMD housings or customer-specific modules with chip-on-board technology.
The semiconductor materials that we use result in very low dark currents, which in turn produce a particularly high signal-to-noise ratio when compared with the widely used Si-based photodiodes. The resulting photocurrent is directly proportional to the irradiation intensity across multiple decades. Low junction capacitance ensures short switching times and rapid signal transmission. In some cases, no additional optical filters are required when using our spectrally selective photodiodes.
Our photodiodes are available in hermetically sealed metal housings with optical flat or lens caps. Alternatively, we can supply SMD housings or customer-specific modules with chip-on-board technology.
The semiconductor materials that we use result in very low dark currents, which in turn produce a particularly high signal-to-noise ratio when compared with the widely used Si-based photodiodes. The resulting photocurrent is directly proportional to the irradiation intensity across multiple decades. Low junction capacitance ensures short switching times and rapid signal transmission. In some cases, no additional optical filters are required when using our spectrally selective photodiodes.
Benefits
- Secure: high sensitivity and interference-free signal transfer
- Reliable: optimum suppression of undesired spectral ranges
- Stable: minimal changes to the photocurrent over an extended period, reliable operation even at high temperatures thanks to high signal-to-noise ratio
- Cost-saving: no need for additional spectral filters
Fields of Application
- Automotive industry: for rain sensors, lane departure warning systems, digital data transmission in vehicles
- Traffic safety: for daylight/tunnel sensors
- Medical technology: for diagnosis and therapy, e.g for fluorescence analyses, blood tests
- Security technology: for spectrally selective light barriers
- Metrology: measurement and monitoring of optical radiation sources, e.g. flame detection and water disinfection
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Optoelectronic components
As a system supplier, we produce customized chips and LEDs
- Standard chips from 360 nm up to 1750 nm
- Customized layouts
- Monolithic display chips
- Point source chips for visible and infrared
- Sorting in accordance with special wavelength or output power requirements
- Various housings (3 mm, 5 mm, SMDs, TO-packages) to meet customer‘s
Photodiodes
- UV-photodiodes from UVA to UVC and wide-band
- pectral selective photodiodes based on A3B5-semiconductors with high sensivity from visible to NIR range
- InGaAs-photodiodes in standard visible enhanced version
- Low dark currents
- High linearity of photocurrent
- High temperature stability and low degradation of sensitivity
Custom designed modules
- Development of integrated solutions from chip design through optical lens design
- Chip on board technology
- RGB-Modules
- Jumbo-LEDs from visible to infrared
- Thermal management with excellent heat sinking
- Packaging of imaging and CMOS sensors
- Clean room class 100 facility
Optosensors and measuring devices
- For UV measurement and monitoring applications
- For maintenance and calibration purposes of UV curing facilities
- Measuring heads and control units for water disinfection facilities
- Sensors for flame detection
- Sensors for medical devices such as for light therapy
- UV illumination devices for biomedical applications
