The 6A05G’s Relevant Properties
6. Results of The 6A05G Measurement and Discussion
The diode alone was tested. Voltage between anode and cathode was measured for a certain amount of current. For the same current value the measurement were done ten times. The measurement were done for current = A, A, A, A, A and A. The results are shown by Table . Table shows actual forward voltage against forward current at particular values: A, A, A, A, A and A. The diode was supplied with the defined amount of current for minutes –to approach real operational situation where it is heated up– then the anode‐ cathode voltage was read. The current source was then switched off for another minutes to let the diode cool down. t was then switched on again for the next minutes for the next voltage reading. The cabling was kept untouched during the whole measurement to ensure connection consistency. The room temperature was set around ’C. From the results shown, it is found that the drop voltage at the diode rises with the flowing current. The relation between voltage and current is positive but not linear. The portion of voltage increase is less than the portion of the current increase. This current‐ voltage characteristics is at the same tendency at the one expressed by Figure . owever the most important message for the project is that these actual diode’s drop voltage data will be useful for predicting the total drop voltage that will happen in the module if a certain number of diodes are placed in series. 22 Table . This shows actual forward voltage against forward current of A G at room temperature of ’C ; current and voltage were read after minute conduction.: a Current = A, b Current = A, c Current = A, d Current = A, _ e Current = A, f Current = A. The diode was let off the current for minutes before doing the next conduction. For this purpose the power supply was switched on and off while the junctions of the cables were kept untouched during the whole measurement process to ensure connection consistency. Test No. Continuous Forward Current A Continuous Forward Voltage V Test No. Continuous Forward Current A Continuous Forward Voltage V Test No. Continuous Forward Current A Continuous Forward Voltage V 1 1 0.90 1 2 0.9 1 3 1.01 2 1 0.91 2 2 0.97 2 3 1.02 3 1 0.91 3 2 0.97 3 3 1.02 4 1 0.91 4 2 0.97 4 3 1.02 1 0.91 2 0.97 3 1.02 1 0.91 2 0.97 3 1.02 7 1 0.91 7 2 0.97 7 3 1.02 8 1 0.91 8 2 0.97 8 3 1.02 9 1 0.91 9 2 0.98 9 3 1.03 10 1 0.92 10 2 0.98 10 3 1.03 Averaged 0.91 Averaged 0.97 Averaged 1.02 a b _ c Test No. Continuous Forward Current A Continuous Forward Voltage V Test No. Continuous Forward Current A Continuous Forward Voltage V Test No. Continuous Forward Current A Continuous Forward Voltage V 1 4 1.04 1 1.0 1 1.08 2 4 1.0 2 1.07 2 1.08 3 4 1.0 3 1.07 3 1.09 4 4 1.0 4 1.07 4 1.09 4 1.0 1.07 1.09 4 1.0 1.07 1.09 7 4 1.0 7 1.07 7 1.09 8 4 1.0 8 1.07 8 1.09 9 4 1.0 9 1.07 9 1.09 10 4 1.0 10 1.08 10 1.09 Averaged 1.0 Averaged 1.07 Averaged 1.09 d _ e f Table . Voltage predictions for the voltage adapter module that will be developed using the actual data of the Table . Actual voltage exists at the second cell of the battery bank usually slightly higher than V thus it is approached with . V. Load Current A Diodes Individual Drop Voltage V Predicted Total Drop Voltage V for Predicted Module Output Voltage If Input Voltage = 1 . V 4 Diodes Diodes Diodes 4 Diodes Diodes Diodes 1 0.91 3. 4 4. .4 12.9 12.0 11.14 2 0.97 3.88 4.8 .82 12.72 11.7 10.78 3 1.02 4.08 .10 .12 12. 2 11. 0 10.48 4 1.0 4.20 .2 .30 12.40 11.3 10.30 1.07 4.28 .3 .42 12.32 11.2 10.18 1.09 4.3 .4 . 4 12.24 11.1 10.0Parts
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