Wet Tantalum
Filtre
|
Name
|
Download
|
Capacitance
|
Voltage Rated AC
|
Tolerance
|
Mounting
|
Operating Temp
|
RoHS
|
Voltage Rated DC
|
|---|---|---|---|---|---|---|---|---|
| CT4/CT4E | 1.7µF ~ 2200µF | - | ±10%, ±20% | Axial | -55°C ~ 125°C | ROHS, Non ROHS | 6.3V ~ 150V | |
| CT9/CT9E | 3µF ~ 2200µF | - | ±10%, ±20% | Axial | -55°C ~ 125°C | ROHS, Non ROHS | 6.3V ~ 150V | |
| CT79/CT79E | 1.7µF ~ 2200µF | - | ±10%, ±20% | Axial | -55°C ~ 125°C | ROHS, Non ROHS | 6V ~ 150V | |
| CT79/CT79E SMD | 1.7µF ~ 2200µF | - | ±10%, ±20% | SMD | -55°C ~ 125°C | ROHS, Non ROHS | 6V ~ 150V | |
| CT79/CT79E HT200 | 1.7µF ~ 2200µF | - | ±10%, ±20% | Axial | -55°C ~ 200°C | ROHS, Non ROHS | 6V ~ 150V | |
| ST79 | 10µF ~ 1800µF | - | ±10%, ±20% | Axial | -55°C ~ 125°C | ROHS, Non ROHS | 25V ~ 125V | |
| ST79 SMD | 10µF ~ 1800µF | - | ±10%, ±20% | SMD | -55°C ~ 125°C | ROHS, Non ROHS | 25V ~ 125V | |
| ST79 HT200 | 10µF ~ 1800µF | - | ±10%, ±20% | Axial | -55°C ~ 200°C | ROHS, Non ROHS | 25V ~ 125V | |
| WT83 | 150µF ~ 10000µF | - | ±10%, ±20% | Axial | -55°C ~ 125°C | ROHS, Non ROHS | 10V ~ 125V | |
| WS83 | 150µF ~ 10000µF | - | ±10%, ±20% | SMD | -55°C ~ 125°C | ROHS, Non ROHS | 10V ~ 125V | |
| SPE0844 | 220µF ~ 6000µF | - | ±10%, ±20% | Through-hole | -55°C ~ 125°C | ROHS | 6V ~ 125V | |
| SPE0844S | 27µF ~ 150µF | - | ±10%, ±20% | Through-hole | -55°C ~ 125°C | ROHS | 150V ~ 375V | |
| AP31 | 170µF ~ 30000µF | - | ±10%, ±20% | Through-hole | -55°C ~ 125°C | ROHS | 10V ~ 150V |
CT4/CT4E
CT9/CT9E
CT79/CT79E
CT79/CT79E SMD
CT79/CT79E HT200
High temperature
ST79
High capacitance
ST79 SMD
ST79 HT200
High temperature
WT83
High capacitance
WS83
High capacitance
SPE0844
High capacitance
SPE0844S
High voltage
AP31
High capacitance
Wet Tantalum
Exxelia worked on reducing the ESR using polymer cathode which allows to cumulate safe failure mode (no thermal ignition with polymer cathodes), high values of capacitance and very low ESR.
