Description
Tantalum capacitors can provide much higher capacitance at high-temperatures than the ceramic capacitors. This study evaluates selected tantalum capacitors at high temperatures to determine their suitability for you in geothermal field. This data set contains results of the first test where three different types of capacitors were evaluated at 260C.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| cap1-1.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-2.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-3.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-4.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-5.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-6.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap1-7.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. Vishay TH5E106K021A1000. | Open resource |
| cap2-1.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-2.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-3.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-4.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-5.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-6.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap2-7.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 10uF. AVX THJD226K035RJN | Open resource |
| cap3-1.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE694 | Open resource |
| cap3-2.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE695 | Open resource |
| cap3-3.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE696 | Open resource |
| cap3-4.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE697 | Open resource |
| cap3-5.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE698 | Open resource |
| cap3-6.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE699 | Open resource |
| cap3-7.csv | CSV | Capacitance and ESR measurements at 260C and 5V bias. Cnominal = 22uF. Kemet T499X226K035ATE700 | Open resource |