Showing results: 1 - 6 of 6 items found.
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9355-1 -
Solar Electronics Company
Solar Model 9355-1 Pulse Generator is designed to provide impulse excitation by means of an injection probe placed around interconnecting cables or power wires. The unit uses a charged transmission line (50 ohms) to generate a pulse with less than 2 nanoseconds rise and fall time, and duration of approximately 30 nS, calibrated in a 50 ohm fixture to deliver up to 5 amperes at a rate of 30 p.p.s. for one minute as required by MIL-STD-461D/E, test method CS115.
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7415-3 -
Solar Electronics Company
There are those who disagree with the r.f. conducted susceptibility test setup of Method CS02 of MIL-STD-462. Homemade rigs have sprouted to comply with the coupling capacitor requirement, each with it own disadvantage. Our little Type 7415-3 R.F. Coupler is the answer. A neat little box with BNC connectors and a pair of binding posts, it is rated at 270 V.A.C. at the LINE terminals and 20 volts PMS into the GEN port. Looks good and does a fine job.
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8282-1 -
Solar Electronics Company
The Model 8282-1 Transient Pulse Generator was designed for screen room use in making conducted spike susceptibility tests. It provides all the waveshapes required by MIL-STD-461B/C and many other military EMI specifications
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2654-1 -
Solar Electronics Company
The Solar Model 2654-1 Lightning Generator synthesizes electrical impulses needed for testing susceptibility to transients induced in aircraft equipment by lightning strikes.
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9354-1 & 9354-2 -
Solar Electronics Company
The Model 9354-1 & 9354-2 Transient Generators were especially designed for the performance of a variety of pulse susceptibility tests on subsystems and/or equipment, in accordance with MIL-STD-461D and E, method CS116; also capable of testing for RTCA DO160D, section 22; MIL-STD-461C, methods CS10 and CS11.
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9554-( ) -
Solar Electronics Company
Utilizing the high voltage power source in the Model 9354-1 Universal Transient Generator, four individual modules can be connected to provide tuning of damped sine waves from 10 KHz to 50 MHz. A fifth module is available which, when used in conjunction with the Model 9354-1, provides 20% frequency steps from 30 MHz to 100 MHz