German SGLUX UV Photodiode - SG01XL-C5
Sensitivity: 0.120 (±10%) A/W
Typical Wavelength: 275nm
Wavelength Range (S=0.1*Smax): 225-287nm
Active Area: 7.6mm2
Dark Current (1V Reverse Bias): 25.3fA
Capacitance: 1900pF
Temperature Coefficient: <0.1%/K
Operating Temperature: -55 to +170°C
Product Introduction
SG01XL-C5UV Photodiode Features:
1. Made of silicon carbide (SiC) material
2. Only sensitive to UVC band
3. Active area 7.6mm2
4. Generates approximately 91nA current at 10uW/cm2 peak irradiance
5. Highly stable chip (certified by German PTB)
6. German DVGW certified
SG01XL-C5About Silicon Carbide (SiC) for UV Photodiodes:
SiC has exceptional advantages: it can withstand high-intensity radiation, is almost insensitive to visible light, produces low dark current, and has fast response. These characteristics make SiC an excellent material for semiconductor UV detectors that can suppress visible light. SiC detectors can operate at temperatures up to 170°C for long periods, have a low temperature coefficient (<0.1%/K), and low noise, enabling effective detection of very low radiation intensities (with appropriate amplifiers).
SG01XL-C5UV Photodiode Technical Parameters:
| Model |
SG01XL-C5 |
| Spectral Characteristics |
|
| Sensitivity |
0.120(±10%)A/W |
| Typical Wavelength |
275nm |
| Wavelength Range (S=0.1*Smax) |
225-287nm |
| Visible Light Rejection Ratio (Smax/S>405nm) |
>1010 |
| General Characteristics (25°C) |
|
| Active Area |
7.6mm2 |
| Dark Current (1V Reverse Bias) |
25.3fA |
| Capacitance |
1900pF |
| Short Circuit Current (10uW/cm2 peak irradiance) |
Approximately 91nA |
| Temperature Coefficient |
<0.1%/K |
| Ratings |
|
| Operating Temperature |
-55～+170℃ |
| Storage Temperature |
-55～+170℃ |
| Soldering Temperature (3S) |
260℃ |
| Reverse Voltage VRmax |
20V |
| Physical Characteristics |
TO5 metal package sealed, pin 1 insulated, pin 1 grounded |
SG01XL-C5 UV Photodiode Applications:
Mainly used for flame control (industrial boilers), water treatment (UV intensity insurance), UV astronomy (array detection), projectile tracking (UV cameras), ozone and pollutant monitoring, flame sensing (fire alarm safety devices, oil droplet monitoring), testing UV intensity in sunlight (gifts, cosmetic tools), and UV lamp intensity testing (medical devices or disinfection efficiency checks for household disinfection cabinets), etc.
