Wednesday, November 15, 2006
High voltage laser discharge ceramic capacitors
A new high-voltage laser-discharge ceramic capacitor provides superior functionality in circuits with high peak current and repetition rates.
A new high-voltage laser-discharge ceramic capacitor provides superior functionality in circuits with high peak current and repetition rates. The capacitors are ideal for gas lasers, high energy pulsed power supplies, DC power supplies, lightning arresters and X-ray power supplies. Morgan Electro Ceramics' laser discharge ceramic capacitor uses a strontium-titanate-based dielectric material, which exhibits a negligible piezoelectric/electrostrictive effect.
This allows it to be used in high-peak-current/high-shot-life applications, including those found in gas lasers and other high-energy pulsed power systems.
It also offers low dielectric loss resulting in low self-heating when used in high-power/high-repetition-rate circuits.
Additionally, the high breakdown strength/high permittivity of the material allows for storage of high energy density per unit volume.
This high energy density is maintained over the rated working voltage and temperature range by the dielectric's low capacitance/voltage coefficient and low temperature coefficient.
A new high-voltage laser-discharge ceramic capacitor provides superior functionality in circuits with high peak current and repetition rates. The capacitors are ideal for gas lasers, high energy pulsed power supplies, DC power supplies, lightning arresters and X-ray power supplies. Morgan Electro Ceramics' laser discharge ceramic capacitor uses a strontium-titanate-based dielectric material, which exhibits a negligible piezoelectric/electrostrictive effect.
This allows it to be used in high-peak-current/high-shot-life applications, including those found in gas lasers and other high-energy pulsed power systems.
It also offers low dielectric loss resulting in low self-heating when used in high-power/high-repetition-rate circuits.
Additionally, the high breakdown strength/high permittivity of the material allows for storage of high energy density per unit volume.
This high energy density is maintained over the rated working voltage and temperature range by the dielectric's low capacitance/voltage coefficient and low temperature coefficient.
# posted by Swathi @ 8:47 PM 
