The SPC-10 static inverter utilizes solid state circuitry to convert 28 VDC to 115/26 VAC, 400 Hz sine wave power. Design features include pulse-width modulated square to sine wave power...
The SPC-10 static inverter utilizes solid state circuitry to convert 28 VDC to 115/26 VAC, 400 Hz sine wave power. Design features include pulse-width modulated square to sine wave power...
The SPC-10HD static inverter utilizes solid state circuitry to convert 28 VDC to 115 VAC, 400 Hz sine wave power. Design features include pulse-width modulated square to sine wave power...
The SPC-10 static inverter utilizes solid state circuitry to convert 28 VDC to 115/26 VAC, 400 Hz sine wave power. Design features include pulse-width modulated square to sine wave power...
The SPC-10 static inverter utilizes solid state circuitry to convert 28 VDC to 115/26 VAC, 400 Hz sine wave power. Design features include pulse-width modulated square to sine wave power...
The SEA 150 400Hz sine wave static inverter is primarily designed for military, ground and airborne instruments including compasses, gyros, radar and navigation equipment. Solid state circuitry inverts a 28...
The SD35 is a pulse width modulated DC to AC converter that provides regulated 0 to 115 Vac power up to 3.04 amperes for EL panel lighting. The SD35 will...
The SC3 static inverters is a pulse width modulated DC to AC static inverters that provide regulated 400 Hz power up to 30 volt amps. An internal trim pot is...
The SC100 is a lightweight, 400 Hz static inverter that uses state-of-the-art, solid state circuitry to invert a 28 VDC input to a 115 VAC, 400 Hz sine wave output....
The SB200 static inverter uses solid state circuitry to invert a 28 VDC input to 230 VAC, 50 Hz sine wave output. Designed with a crystal-controlled oscillator for output frequency...
The SB and SS series static inverters use solid state circuity to invert a 28 VDC input to either 115 VAC, 60 Hz or 230 VAC, 50 Hz sine wave...
The SB100 static inverter is a lightweight and uses solid state circuity to invert a 28 VDC input to 230 VAC/50 Hz sine wave output. A crystal controlled oscillator design...