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AN2389 Datasheet(PDF) 12 Page - STMicroelectronics |
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AN2389 Datasheet(HTML) 12 Page - STMicroelectronics |
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12 / 16 page ![]() Test environment and results AN2389 12/16 I In above results, we have not added Vsat (0.3V), diode drop (0.5V) and the drop across the series resistor (connected to measure battery current) as shown in Figure 6 to get the actual output voltage of the non-inverting buck-boost converter. For example it is given that Vout (battery voltage) = 4.2V, but the actual output voltage of the converter is equal to: Vout 4.2V (Battery Voltage Vbat) + 0.3V(Switch Drop Vsat1)+ 0.5V(Protection Diode Vd2)+ 0.4V (Drop across Sense resistor) = 5.4V. So we are able to achieve 5.4V from a 5V supply thus validating the concept. Table 2. Input vs output Sl No Vin (V) Iin (A) Vout (V) Iout (A) 1 5 1.23 3.9 1.05 2 5 1.33 4.14 1.05 3 5 1.36 4.2 1.05 4 5 1.27 4.2 0.975 5 5 0.97 4.2 0.80 6 5 0.85 4.2 0.712 7 5 0.65 4.15 0.55 8 5 0.33 4.15 0.28 9 5 0.31 4.15 0.26 10 5 0.16 4.10 0.129 |
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