SPHT Series Ceramic Capacitors are Class 1 parts featuring High Voltage, Current and Power ratings and low self-inductance. A broad variety of these 'Power-Disk' capacitors are offered including the innovative and cost effective 'Ferris-Wheel' configuration. All SPHT capacitors have low dissipation factors. Their structure is both simple and robust, assuring a long trouble free life. SPHT Series feature a phenolic resin coating and a long flashover path. They are built upon a choice of eight Class I dielectrics, providing a broad range of capacitance and temperature coefficients. Uses include RF transmitter circuits, antenna couplings, and other high-power RF applications.
  • One Year Warranty
Unit of Measure
Items
SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors

SPHT Ferris Wheel Ceramic Capacitors
CAP N/A 50 pF N/A 100 pF N/A 250 pF N/A 500 pF N/A 800 pF
Dielectric (TC) N/A NP0
VMAX (DC) N/A 20 kV
fL N/A 1.59 MHz N/A 0.875 MHz N/A 0.350 MHz N/A 0.239 MHz N/A 0.149 MHz
SMAX N/A 100 kV·A N/A 110 kV·A N/A 110 kV·A N/A 150 kV·A N/A 150 kV·A
fH N/A 19.9 MHz N/A 10.9 MHz N/A 4.37 MHz N/A 2.98 MHz N/A 1.86 MHz
IMAX (RMS) N/A 25.0 A N/A 27.5 A N/A 27.5 A N/A 37.5 A N/A 37.5 A
Dimension L N/A 80 mm
Operating Temperature Range N/A -55 to +85 ºC
Storage Temperature Range N/A -55 to +125 ºC
Capacitance Tolerance N/A From ±2.5% to ±20% and from ±2.5 pF to ±1 pF
Maximum Dissipation Factor
N/A 0.1% to 0.5%
Dielectric Strength Test N/A Will withstand a DC potential of 1.5 times Rated Working Voltage for 10 Seconds at 25ºC.
Minimum Insulation Resistance N/A 10000 MΩ
Terminal N/A Silver Plated
Terminal Strength N/A Maximum applied torque to be 20 inch-pounds or less
Humidity Protection N/A Nonconductive Coating
Standard Markings N/A "HEC", Capacitance, Tolerance, Rated Working Voltage (VDC), TC and Date Code
Thread N/A