UVC Photodetector with Integrated Amplifier - TOCON_C1
? UVC photodetector with integrated amplifier
? designed for UVA blind fire detection
? large 1mm2 SiC detector chip, large field of view
? TO5 hermetically sealed metal housing
? 0 … 5 V signal output
? max. irradiance (saturation limit) at 275 nm is 135 nW/cm2
? min. irradiance (resolution limit) is 14 pW/cm2
- Model Number: TOCON_C1
- Data Sheet:
- Quantity:
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Product Specification
TOCON_C1
UVC-only SiC based UV photodetector with integrated amplifier
◆?TOCON_C1?UV Photodetector?General Features
Properties of the TOCON_C1?UV Photodetector
? UVC-only SiC based UV photodetector in TO5 housing
? 0 … 5 V voltage output
? peak wavelength at 275 nm
? max. radiation (saturation limit) at 275 nm is 135 nW/cm2,?minimum radiation (resolution limit) is 14 pW/cm2
? Applications: UVA blind fire detection
What is a TOCON?
A TOCON is a 5 Volt powered UV photodetector with integrated amplifier converting UV radiation into a 0 … 5V voltage output. The V out pin of the TOCON can be directly connected to a controller, a voltmeter or any other data analyzing device with voltage input. Highly modern electronic components and a hermetically sealed metal housing with UV glass window eliminates noise caused by parasitic resistance paths inside the package or EMI. A TOCON is a perfect solution for each industrial UV sensing application starting from flame detection at pW/cm2 level up to UV curing lamp control at W/cm2 level. This thirteen orders of magnitude range is covered by ten different TOCONs that differ by their sensitivity. The TOCONs are produced as UV broadband sensors or with filters for selective measurement.?
Silicon Carbide (SiC) detector chip inside
Sophisticated electronics make a TOCON a reliable component in harsh environments as well as for extremely low or extremely high UV radiation. But what makes the TOCON a quasi eternally living sensor is the sglux in-house produced SiC detector chip featured by a PTB-reported extreme radiation hardness.
◆?TOCON_C1?UV Photodetector?Specifications
| Parameter | Symbol | Value | Unit |
| Spectral?Characteristics | |||
| Typical?Responsivity?at?Wavelength?274?nm | ?Smax | 21 | mV/nW/cm2 |
| Wavelength?of?max.?Spectral?Responsivity | ?λmax | 275 | nm |
| Responsivity?Range?(S=0.1*Smax) | ?– | 225?…?287 | nm |
| Visible?Blindness?(Smax/S>405nm) | ?VB | >?1010 | – |
| General?Characteristics?(T=25°C,?Vsupply=+5?V) | |||
| Supply?Voltage | ?VSupply | 2.5?…?5 | V |
| Saturation?Voltage | ?VSat | VSupply?-?5% | V |
| Dark?Offset?Voltage | ?VOffset | 50 | μV |
| Temperature?Coefficient?at?Peak | ?Tc | %/K | |
| Current?Consumption | ?I | 150 | μA |
| Bandwidth?(-3?dB) | ?B | 15 | Hz |
| Risetime?(10-90%) | ?trise | 0.075 | s |
| (other?risetimes?on?request) | |||
| Maximum?Ratings | |||
| Operating?Temperature | ?Topt | -25?…?+85 | °C |
| Storage?Temperature | ?Tstor | -40?…?+100 | °C |
| Soldering?Temperature?(3s) | ?Tsold | 300 | °C |
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