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... applications, it offers high stability of capacitance and dissipation factor across temperature and frequency, low loss, high insulation, non-inductive and self-healing properties, and very small inherent t...
...se capacitors offer high stability of capacitance and DF versus temperature and frequency, low loss, high insulation, non-inductive and self-healing properties, and very small inherent temperature rise. They...
... of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive construction, self-healing properties, and very small inherent tempe...
...stability of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and very small inherent temper...
... stability of capacitance and dissipation factor versus temperature and frequency, low loss, high insulation resistance, non-inductive construction, self-healing properties, and very small inherent temperatu...
...versus temperature and frequency, low DF, high insulation resistance, non-inductive design with self-healing capabilities, and very small inherent temperature rise. They are suitable for general resonance ci...
... of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and a very small inherent temperature r...
... of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and very small inherent temperature ris...
... of capacitance and dissipation factor versus temperature and frequency, low loss, high insulation, non-inductive and self-healing properties, and very small inherent temperature rise. These capacitors are a...
... low loss, high insulation resistance, non-inductive design with self-healing capabilities, and very small inherent temperature rise. This capacitor is ideal for general resonance circuits, DC pulse, high-fr...
...stability of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and very small inherent temper...
...self-healing properties. It is suitable for general resonance circuits, DC pulse, high frequency, and low current circuits, as well as series connections with power supplies and capacitive divider power supp...
... of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and a very small inherent temperature r...
... stability of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive and self-healing properties, and very small inherent tempe...
... of capacitance and dissipation factor versus temperature and frequency, low loss, high insulation resistance, non-inductive and self-healing properties, and very small inherent temperature rise. These capac...
... of capacitance and dissipation factor versus temperature and frequency, low dissipation factor, high insulation resistance, non-inductive construction, self-healing properties, and very small inherent tempe...
...a metallized polypropylene film capacitor (CBB21 type) known for its small size, excellent self-healing properties, low high-frequency loss, low temperature rise, and high impact strength. It offers good cur...