One common trend in switch-mode power supply, micro-processor, and digital circuit applications is to achieve reduced noise while operating at higher frequencies. In order to realize this, components with low Equivalent Series Resistance (ESR), high capacitance and high reliability are required. A new generation of Low ESR tantalum chip capacitors has been developed utilizing a low resistivity MnO2 electrolyte that enables very low component ESR. MnO2 technology provides excellent field performance, environmental stability and high electrical and thermal stress resistance in wide voltage range from four to thirty-five volts. The capacitors are designed for operation in temperatures up to 125°C. Tantalum capacitor technology has many charact...
The task of the thesis was studding of tantalum capacitors with solid electrolytes properties. Ta – ...
Tantalum has been a favored capacitor technology in space-limited designs for a long time. Recent ye...
The trend toward portable electronics is a major driving force in the need for miniaturisation of el...
One common trend in switch-mode power supply, micro-processor, and digital circuit applications is t...
Traditional tantalum capacitors are known for their excellent reliability, robustness and stable par...
One common trend in switch-mode power supply, micro-processor, and digital circuit applications is t...
In the intensive efforts to reduce the effective series resis-tance (ESR) in tantalum capacitors, th...
Equivalent series resistance (ESR) of chip tantalum capacitors determines the rate of energy deliver...
Replacement of MnO2 cathodes with conductive polymers in chip tantalum capacitors allows for a subst...
The major advantage of Polymer Tantalum capacitors over other types of tantalum capacitors is their ...
dielectric. A conductive organic polymer replaces the traditionally used MnO 2 or wet electrolyte as...
Increasing demand for tantalum capacitors at the end of last millennium accelerated simultaneously t...
For their use in high technology equipments, tantalum capacitors are required to have low Equivalent...
Tantalum technology is currently capable to meet specifications of automotive industry for high temp...
Presentation describes recent development in research on MnO2, wet, and polymer tantalum capacitors....
The task of the thesis was studding of tantalum capacitors with solid electrolytes properties. Ta – ...
Tantalum has been a favored capacitor technology in space-limited designs for a long time. Recent ye...
The trend toward portable electronics is a major driving force in the need for miniaturisation of el...
One common trend in switch-mode power supply, micro-processor, and digital circuit applications is t...
Traditional tantalum capacitors are known for their excellent reliability, robustness and stable par...
One common trend in switch-mode power supply, micro-processor, and digital circuit applications is t...
In the intensive efforts to reduce the effective series resis-tance (ESR) in tantalum capacitors, th...
Equivalent series resistance (ESR) of chip tantalum capacitors determines the rate of energy deliver...
Replacement of MnO2 cathodes with conductive polymers in chip tantalum capacitors allows for a subst...
The major advantage of Polymer Tantalum capacitors over other types of tantalum capacitors is their ...
dielectric. A conductive organic polymer replaces the traditionally used MnO 2 or wet electrolyte as...
Increasing demand for tantalum capacitors at the end of last millennium accelerated simultaneously t...
For their use in high technology equipments, tantalum capacitors are required to have low Equivalent...
Tantalum technology is currently capable to meet specifications of automotive industry for high temp...
Presentation describes recent development in research on MnO2, wet, and polymer tantalum capacitors....
The task of the thesis was studding of tantalum capacitors with solid electrolytes properties. Ta – ...
Tantalum has been a favored capacitor technology in space-limited designs for a long time. Recent ye...
The trend toward portable electronics is a major driving force in the need for miniaturisation of el...