Solutions to RF Testing Failures


We have decades of experience renting testing equipment to OEMs in all industries from automotive electronics and component manufacturers to military and defense contractors as well as in industrial, medical devices, aerospace, and general electrical component manufacturers.

We specialize in EMC test systems, including equipment for RF immunity test procedures. We also hear a lot of stories from our customers about the challenges they face is tracking down where problems are occurring within the design. This can often be eliminated all together and avoid a costly failure by using RF Immunity Test Equipment prior to equipment being evaluated.


Often reverse engineering through the system is key to tracing back less than ideal results from an RF immunity test. Of course, there are a few steps that can be taken prior to the test as well to ensure there is adequate RF immunity to meet the specifically required standards.

To help you to get started on the right foot, here are some tips from leading engineers on avoiding problems when you reach the testing phase of development and prototype manufacturing:

1. Spend time in design the key to building in RF immunity in any system or component is to spend the time in the design phase and work with experts from the different fields. What may look fine to a mechanical engineer can easily be seen by someone with experience in electronics or as a potential design or material choice problem

2. Consider power sources cables can be a frequent problem in transmitting RF noise. Looking carefully at the coupling of cables, both internal and external, can often resolve a problem

3. Check shielding of potentially sensitive RF or analog elements proper shielding for analog circuitry will be a must. This means a grounded shield that will protect the circuit at the required level or above.

Using the correct testing standards will also be critical. Make sure the right testing equipment is being used for the correct application is another key factor to consider for any application.

MIL-STD-1275E Test Systems

Montena PG1275E - Front SideMontena PG1275E - Front
Montena PG1275E - Rent MIL-STD 1275E Transient Generator
  • MIL-STD 1275E Transient Generator 
  • Includes both Voltage Spikes & Surges
  • Max EUT/DUT 28 Vdc/16Amps
Montena DM400 - Front SideMontena DM400 - Front Top
Montena DM400 - Rent 400Amp External Diode Module
  • Diode for High Current Power Leads
  • Rented with PG 1275E Generator 
  • Maximum Current 400 Amps
EM Test NetWave - Front SideEM Test NetWave - Front
EM Test NetWave Rental - 7.5 kVA AC/DC Programmable Power Supply
  • 7.5 kVA AC & DC Programmable Power Source
  • Max Single Phase 360 Volts AC, 500 Volts DC 
  • Includes MIL-STD, Automotive, & Avionic Licenses