| |
| 1. Placement |
| 2. Storage |
| The ambient temperature for storing the unit should be within the range of -70°C to 90°C |
| 3. Proper Way to Use it |
| | A) |
Rating Current and Rating Voltage |
| |  |
By applying actual voltage and current lower than the suggested rating voltage and current, this will improve the functionality of the unit and also increase the reliability of the components. The temperature on the hot surface should be less than or equal to 90°C.
The power source ripple modulus should be less than 10%. |
|
| | B) |
Controlling the Temperature |
| |  |
By having a high difference in the change of the temperature on the cold and hot side, this will reduce the reliability and functionality over period of implementation. Therefore, controlling the rate of voltage and current from a power source is constantly needed. Setting a reversed polarity changes the direction of the current flow; this is desirable to increase the reliability and validity over period of usage. |
|
| | C) |
Cooler |
| |  |
The deficiency and decalescence amount of the implementation will have an impact on an amount of the heat that is emanated from the cooler on the heated side, so consider a larger cooling area to support the heated side. |
|
| 4. Wire Connections |