Solar 9354-2 - Rent Transient Generator for MIL-STD-461 CS116 Testing

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Transient Susceptibility Generator:

  • (3) Double Exponential Pulse 6.4μs, 70μs, & 120μs
  • Ideal for MIL-STD_461 CS116 & DO-160D Testing
  • (6) Damped Sinusoidal Pulses 10kHz-100MHz 
  • Often Rented with CS116 Test Accessory Kit
  • Current ISO 17025 Cal & 2 Days Free Transit Time

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MIL-STD-461 CS116 Equipment

Description

Overview

The Solar Model 9354-1 and 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-461E/F, Method CS116; also capable of limited testing for RTCA DO-160D, Section 22.

Description

The Model 9354-1 and 9354-2 Transient Generators provide nine selectable waveforms, including six damped sinusoidal pulses (10 kHz, 100 kHz, 1 MHz, 10 MHz, 30 MHz, and 100 MHz) and three double exponential pulses (6.4 µS, 70 µS, 500 µS on Model 9354-1. The Model 9354-2 also has three double exponential pulses (6.4 µS, 70 µS, and 120 µS).
Auto pulsing of the sinusoidal repetition rate is internally adjusted from 0.5 to 1.0 pulse per second. A front panel-mounted pushbutton can be used to manually trigger single pulses. The peak amplitude of the selected output pulse is adjustable as a percentage of the charge voltage.The six damped sinusoidal waveforms were designed to meet the requirements of MIL-STD-461E/F, Method CS116. Continuous tunable frequencies can be obtained by the use of the optional variable frequency modules.

The 1 MHz, 10 MHz, and the three double exponential pulses were designed to provide pre-compliance testing of RTCA DO-160D, Section 22. Table 2 lists the test levels that can be achieved from the Models 9354-1 and 9354-2

Data SheetUser Manual

Specifications

Common Standards

MIL-STD-461 CS116, RTCA DO-160 sec 22

Waveforms

Nine selectable waveforms including:

   10 kHz damped oscillatory

Open Circuit Voltage 30V

Calculated Short Circuit Current 120A

Source Impedance <.25 Ω

   100 kHz damped oscillatory

                                                   

Open Circuit Voltage 300V

Calculated Short Circuit Current 120A

Source Impedance <2.5 Ω

   1 MHz damped oscillatory

Open Circuit Voltage 3200V

Calculated Short Circuit Current 128A

Source Impedance <25 Ω


   10 MHz damped oscillatory

Open Circuit Voltage 3200V

Calculated Short Circuit Current 128A

Source Impedance <25 Ω

   30 MHz damped oscillatory

Open Circuit Voltage 1000V

Calculated Short Circuit Current 20A

Source Impedance <50 Ω

   100 MHz damped oscillatory

Open Circuit Voltage 300V

Calculated Short Circuit Current 6A

Source Impedance <50 Ω

   30 MHz damped oscillatory

Open Circuit Voltage 1000V

Calculated Short Circuit Current 20A

Source Impedance <50 Ω

   6.4µs double exponential

Open Circuit Voltage 1600V

Calculated Short Circuit Current 800A

Source Impedance <2Ω

Rise Time 100ns

   70µs double exponential

Open Circuit Voltage 1600V

Calculated Short Circuit Current 800A

Source Impedance <2Ω

Rise Time 6.4 µs

   120µs double exponential

Open Circuit Voltage 750V

Calculated Short Circuit Current 400A

Source Impedance <4Ω

Rise Time 40 µs

Repetition

.5 to 1 pulse per second, or manual trigger

Weight

25kg, 55 pounds

Dimensions

43.5cm X 33.0cm X 22.2cm (17.25” X 13” X8.75”)

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