Teree

T functions as a non-inverting amplifier with a gain determined by the voltage divider ratio formed by Rs and Rg. The output voltage Vo is given by Vo = Vcc + (Vin * RL / Rs). When Vin is zero, the output voltage Vo equals Vcc, indicating that T functions as an inverting amplifier. When Vin is positive, the output voltage Vo is greater than Vcc due to the voltage divider formed by RL and Rs. This property makes T suitable for use in applications where a non-inverting input signal needs to be amplified while preserving its polarity. The gain of T can be adjusted by changing the values of Rs or RL while keeping their ratio constant. Increasing Rs decreases the gain, while increasing RL increases the gain. The maximum allowable gain is determined by the maximum voltage rating of the operational amplifier used in the circuit. In summary, T functions as a non-inverting amplifier with adjustable gain and can be used in applications where preserving the polarity of an input signal is important. Its performance is mainly influenced by the values chosen for Rs and RL.