Deatron offers a broad portfolio of industrial capacitors, including MLCC, high frequency capacitors, high voltage and high temperature capacitors for demanding applications. In this FAQ, we answer key questions about selection, application areas, and alternatives—and demonstrate how we support developers and purchasers in finding the suitable capacitor solution.
TANCERAM® Capacitors
EMI X2Y Filter
AC Safety Capacitors - SMT
AC power ceramic capacitors
High-temperature SMD MLCCs up to 200°C
High Voltage MLCCs
High-Quality MLCCs
Single Layer Microwave Capacitors (SLC)
What are Tanceram® capacitors?
What are the main advantages of Tanceram® capacitors compared to tantalum?
For which applications is Tanceram® ideal?
What capacity and voltage ranges are available?
What dielectrics are available and how do they differ?
How good is the insulation resistance?
How does the ESR compare to tantalum?
What does the DC breakdown distribution look like?
Are Tanceram® capacitors polarised?
What reliability features do they offer?
What tolerances are available for selection?
What are the available case sizes?
What test conditions apply for capacity measurements?
How to order a Tanceram® capacitor? (Order code)
Why are Tanceram® particularly suitable for DC/DC converters and power supplies?
What are the realistic maximum capacities for each construction size?
What are the limitations of Tanceram®?
Is Tanceram® a drop-in alternative to tantalum capacitors?
Are there limitations regarding polarity, similar to those with tantalum?
TANCERAM® Capacitors
EMI X2Y Filter
AC Safety Capacitors - SMT
AC power ceramic capacitors
High-temperature SMD MLCCs up to 200°C
High Voltage MLCCs
High-Quality MLCCs
Single Layer Microwave Capacitors (SLC)
What are Tanceram® capacitors?
What are the main advantages of Tanceram® capacitors compared to tantalum?
For which applications is Tanceram® ideal?
What capacity and voltage ranges are available?
What dielectrics are available and how do they differ?
How good is the insulation resistance?
How does the ESR compare to tantalum?
What does the DC breakdown distribution look like?
Are Tanceram® capacitors polarised?
What reliability features do they offer?
What tolerances are available for selection?
What are the available case sizes?
What test conditions apply for capacity measurements?
How to order a Tanceram® capacitor? (Order code)
Why are Tanceram® particularly suitable for DC/DC converters and power supplies?
What are the realistic maximum capacities for each construction size?
What are the limitations of Tanceram®?
Is Tanceram® a drop-in alternative to tantalum capacitors?
Are there limitations regarding polarity, similar to those with tantalum?
TANCERAM® Capacitors
EMI X2Y Filter
AC Safety Capacitors - SMT
AC power ceramic capacitors
High-temperature SMD MLCCs up to 200°C
High Voltage MLCCs
High-Quality MLCCs
Single Layer Microwave Capacitors (SLC)
What are Tanceram® capacitors?
What are the main advantages of Tanceram® capacitors compared to tantalum?
For which applications is Tanceram® ideal?
What capacity and voltage ranges are available?
What dielectrics are available and how do they differ?
How good is the insulation resistance?
How does the ESR compare to tantalum?
What does the DC breakdown distribution look like?
Are Tanceram® capacitors polarised?
What reliability features do they offer?
What tolerances are available for selection?
What are the available case sizes?
What test conditions apply for capacity measurements?
How to order a Tanceram® capacitor? (Order code)
Why are Tanceram® particularly suitable for DC/DC converters and power supplies?
What are the realistic maximum capacities for each construction size?
What are the limitations of Tanceram®?
Is Tanceram® a drop-in alternative to tantalum capacitors?
Are there limitations regarding polarity, similar to those with tantalum?
TANCERAM® Capacitors
EMI X2Y Filter
AC Safety Capacitors - SMT
AC power ceramic capacitors
High-temperature SMD MLCCs up to 200°C
High Voltage MLCCs
High-Quality MLCCs
Single Layer Microwave Capacitors (SLC)
What are Tanceram® capacitors?
What are the main advantages of Tanceram® capacitors compared to tantalum?
For which applications is Tanceram® ideal?
What capacity and voltage ranges are available?
What dielectrics are available and how do they differ?
How good is the insulation resistance?
How does the ESR compare to tantalum?
What does the DC breakdown distribution look like?
Are Tanceram® capacitors polarised?
What reliability features do they offer?
What tolerances are available for selection?
What are the available case sizes?
What test conditions apply for capacity measurements?
How to order a Tanceram® capacitor? (Order code)
Why are Tanceram® particularly suitable for DC/DC converters and power supplies?
What are the realistic maximum capacities for each construction size?
What are the limitations of Tanceram®?
Is Tanceram® a drop-in alternative to tantalum capacitors?
Are there limitations regarding polarity, similar to those with tantalum?
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