The blood glucose monitor solution is used to determine the approximate blood glucose concentration in the blood and is an important home blood glucose monitoring device for patients with type 1 and type 2 diabetes. With just a small drop of blood on a disposable test paper, the instrument can read blood information and use this information to calculate blood glucose levels. The electrical conductivity of blood is affected by blood glucose levels.

1. Analysis principle of blood glucose monitor The solution of blood glucose monitor is used to determine the approximate blood glucose concentration in blood, and it is an important home blood glucose monitoring device for patients with type 1 and type 2 diabetes. With just a small drop of blood on a disposable test paper, the instrument can read blood information and use this information to calculate blood glucose levels. The electrical conductivity of blood is affected by blood glucose levels. This biological phenomenon can be modeled by circuits. The voltage drop of the variable resistor is determined by the electrical conductivity of the resistor. When the conductivity is higher, the voltage drop is lower; when the conductivity is lower, the voltage drop is higher. These changes can be analyzed using MPU to determine the blood glucose concentration and display it on the LCD display.

2. Overview of the expansion of the function of the blood glucose meter The function of the blood glucose meter can be extended to allow wired or wireless communication with other devices (such as smartphones, insulin syringes or calorimeters). The instrument is ideal for telemedicine applications and remote patient monitoring. Dedicated MCUs with integrated analog modules, ZigBee and proprietary wireless solutions for blood glucose meters.