GX2050BR Voltage Reference Source for Consumer LIDAR, Compatible with REF3012

The receiver circuit of consumer LIDAR will often do AD conversion on the analog signal output from the laser detector, in order to ensure the accuracy of AD conversion and to reduce the impact of temperature on AD conversion generally choose an external voltage reference source.

GXSC high-precision, low-temperature drift, low-noise voltage reference source GX2050BR, with a low temperature coefficient, high output accuracy. It is favorable for improving system accuracy and suitable for high-precision industrial design.

Voltage reference source GX2050BR application advantages are as follows:

1, GX2050BR has a low temperature drift characteristics, in the -20 ℃ to 90 ℃ full temperature range, its temperature drift typical value is only 15ppm / ℃, can minimize the temperature for the output accuracy of the impact, to bring the full temperature range of high-precision output;

2, GX2050BR can work between 2.8V and 5.5V, the operating current is 270μA.

3, GX2050BR ripple rejection ratio is as high as 76dB, higher ripple rejection ratio can effectively reduce the output voltage ripple, which is conducive to system stability.

4, GX2050BR has multi-voltage options: 1.25V, 1.8V, 2.048V, 2.5V, 3.0V, 3.3V, 4.096V and 5V.

5. The GX2050BR‘s -40℃~125℃ operating temperature range meets the design requirements of consumer-grade products.

In summary, the GX2050BR, when used as a voltage reference source for the ADC portion of a consumer-grade LiDAR, has certain advantages in terms of system stability as well as conversion accuracy, and GXSC can provide stable supply channels and price advantages.