The TSL2591 light sensor module features a very high-range digital light sensor - ideal for a variety of use scenarios. Compared to conventional photoresistors, the TSL2591 light sensor allows the calculation of the exact illuminance in Lux and can be configured for use in the measurement range from 188 μLux to 88,000 lux. The module has both an IR sensor and one that captures the entire light spectrum. The diodes can be controlled separately, which makes it possible to measure the infrared component, the entire spectrum or only the visible part. The sensor is controlled via I2C. Since the sensor already has an integrated A / D converter, the sensor can also be used by microcontrollers that do not have an analog input and can be used, for example. also drive from the Raspberry Pi. Please note that the 7-bit I2C address of the sensor (0x29) can not be changed in contrast to the predecessor TSL2561. The board has a voltage regulator and can be operated with 3.3V - 5.0V. The enclosed pin header can be soldered on demand.
Sensor works very well. Delivery was extremely quicker than expected so pretty satisfied. Only issue is the pins were soldered on the opposite side but that's a minor inconvenience. Overall great.
I had used a lots of LoRa module till now, but it's really the best among all of them! the 1262 is a great upgrade in terms of output power and configuration. we can configure the output power, bandwidth, spreading factor and a tons of other things, which are not possible to configure on previous modules. the radiolib library works preety good with it and it also supports rssi and snr like features, which are very crucial when you are seriously researching on antenna or range related works! that's why I eventually like this module more then ebyte LoRas. To me this is the best module in IN8 68MHz, which is completly legal and free to use in India upto 1W! And also thanks to thinkrobotics, I got it in just 1 working day, and your packaging was also too good! Love your service, and keep this modules available on your websight. Your pricing of this module is too good, and I'll buy many of these modules. Thank you!
I had used a lots of LoRa module till now, but it's really the best among all of them! the 1262 is a great upgrade in terms of output power and configuration. we can configure the output power, bandwidth, spreading factor and a tons of other things, which are not possible to configure on previous modules. the radiolib library works preety good with it and it also supports rssi and snr like features, which are very crucial when you are seriously researching on antenna or range related works! that's why I eventually like this module more then ebyte LoRas. To me this is the best module in IN8 68MHz, which is completly legal and free to use in India upto 1W! And also thanks to thinkrobotics, I got it in just 1 working day, and your packaging was also too good! Love your service, and keep this modules available on your websight. Your pricing of this module is too good, and I'll buy many of these modules. Thank you!
Team is suppotive and solves all the queries .
The product is good and will surely help me in my project...looking forward for more trades with think robotics.
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Please note that the 7-bit I2C address of the sensor (0x29) can not be changed in contrast to the predecessor TSL2561. The board has a voltage regulator and can be operated with 3.3V - 5.0V. 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Compared to conventional photoresistors, the TSL2591 light sensor allows the calculation of the exact illuminance in Lux and can be configured for use in the measurement range from 188 μLux to 88,000 lux. The module has both an IR sensor and one that captures the entire light spectrum. The diodes can be controlled separately, which makes it possible to measure the infrared component, the entire spectrum or only the visible part. The sensor is controlled via I2C. Since the sensor already has an integrated A \/ D converter, the sensor can also be used by microcontrollers that do not have an analog input and can be used, for example. also drive from the Raspberry Pi. Please note that the 7-bit I2C address of the sensor (0x29) can not be changed in contrast to the predecessor TSL2561. The board has a voltage regulator and can be operated with 3.3V - 5.0V. 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