GP1UM271RMVF

Optical Sensors - Photo Detectors - Remote Receiver

The GP1UM271RMVF is a Remote Receiver which is used to respond to infrared signals sent from a hand-held remote controller. This type of device is often used in home electronic products such as television remote controllers, stereo remote controllers, digital video recorders, or home lighting control systems. It is also popular in applications like automotive remote controls, automated security systems, and industrial control applications.

This device is made of a base-mounted IR detector and a driver amplifier on a printed circuit board. The detector includes a diffused phototransistor which responds to the infrared light emitted from the remote controller. The detector produces a weak current signal which is then amplified by the driver amplifier to provide a strong transistor collector output. The collector output can then be used to drive low-power circuits such as latching relays and microcontrollers.

The GP1UM271RMVF is a sensitive receiver, operating in the range of 850 nm to 950 nm wavelengths. It can detect signals up to 10 meters in the open air and the range can be further extended to over 20 meters when placed behind a lens. The device is also capable of operating at a wide temperature range, from -40 to +85 degrees Celsius. The device also provides excellent noise immunity as well as reverse polarity protection.

The device is very easy to use and can be easily integrated into existing systems. It requires very little power and maintains its accuracy even in inclement weather conditions. Additionally, the device has a built-in auto gain control and self-diagnostic features for monitoring the signal strength and providing accurate output. The device is also compliant with the various UL, FCC, VDE standards for safety and reliability.

The GP1UM271RMVF is an ideal solution for applications where a reliable receiver is required. It is especially suited for applications such as home entertainment, industrial control, or automotive control, and has been proven to be an excellent performer.