Thermal Testing Equipment – Temperature Forcing Equipment –  Temperature Testinging Chamber –  Thermal Testing Equipment –  Temperature Testinging Chamber

 Temperature Cycling Testing –  Temperature Cycling Testing –  Temperature Testing Chambers –  Thermal Testing Equipment  –  Thermal Testing Chambers

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Temperature Test for Harsh Environments
Aerospace & Defense Industries and Applications

Aerospace and Defense industries have the need for safe, quality components, and products. Aerospace Equipment on-board aircraft must be tested in situ, or in place, to confirm functions properly as a system. Aerospace systems have the need be test to assure reliability when exposed to harsh temperature environments.

-80°C / +225°C
-80°C / +200°C
-80°C Clean Dry Air

-100°C / +300°C

PHOTO-2019-04-22-14-43-28 - copy











Temperature Test for Harsh Environments
Aerospace & Defense Industries and Applications

Aerospace and Defense industries have the need for safe, quality components, and products. Aerospace Equipment on-board aircraft must be tested in situ, or in place, to confirm functions properly as a system. Aerospace systems have the need be test to assure reliability when exposed to harsh temperature environments.

-80°C / +225°C
-80°C / +200°C
-80°C Clean Dry Air

-100°C / +300°C

Aerospace & Defense Industry Applications

The aerospace and defense industries have experienced a boom over the recent years, and the need for safe, quality components and products is now a heightened priority.

In the Aerospace & Defense Industry, equipment on-board aircraft must be tested in situ, or in place, to confirm everything functions properly as a system. In the aerospace manufacturing process, individual components, modules and other assemblies need be tested to assure reliability. Each piece must be designed to work when exposed to harsh temperature environments.

Download the Datasheets

Hot and Cold Temperature Test | Hot and Cold Temperature Cycling Test | Environmental Temperature Testing | Temperature Inducing System

Aerospace & Defense Industry Applications

The aerospace and defense industries have experienced a boom over the recent years, and the need for safe, quality components and products is now a heightened priority.

In the Aerospace & Defense Industry, equipment on-board aircraft must be tested in situ, or in place, to confirm everything functions properly as a system. In the aerospace manufacturing process, individual components, modules and other assemblies need be tested to assure reliability. Each piece must be designed to work when exposed to harsh temperature environments.

Aerospace & Defense
Require Ultimate Hot & Cold Temperature

Aerospace & Defense industries test parts at MIL-STD-883 method(s) -55°C to +125°C

Aerospace & Defense industries test parts at MIL-STD-883 method(s) -55°C to +125°C

 

The ThermalAir TA-5000 provides ultimate Hot and Cold temperatures from -80°C to +225°C. This is in order to get components to MIL SPEC temperatures quickly.   The MPI ThermalAir stream system can bring these temperatures to the test station instead of taking the test unit and devices to a fixed large temperature test chamber. All Thermal Air Streams provide localized temperature to the test fixture for dynamic testing at the required temperature setting for the test.

Download the Datasheets

System Main Color Touch Screen Display
Thermal Glass Cap Enclosure
Rectangle Thermal Glass Cap

Rectangle Thermal Glass Cap w/ Dry Purge Base
System Thermal Head Accessories
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 Environmental Testing Chambers – Temperature Forcing Equipment –  Temperature Testinging Chamber – Temperature Forcing Equipment –  Thermal Testing Chambers

ThermalAir Stream Temperature Forcing System
Hot & Cold Testing

MPI Thermal cutting-edge technology allows testing with temperature speeding to super-fast ramp rates and temperature cycling for MIL-STD -55°C to +125°C.

MPI Thermal Air systems can ramp in seconds not minutes. This new thermal test technology gives the end user the ability to easily control the ramp rate speed with one-touch temperature set point functions.

The ThermalAir systems to bring the temperature hot and cold directly to your electronic and non-electronic parts. This enables you to bring the temperature to the test station in the engineering test lab and manufacturing test on the production line.

 Thermal Testing Equipment –  Temperature Cycling Testing –  Testing Chambers –  Thermal Testing Equipment  –  Temperature Testinging Chamber

ThermalAir Temperature Forcing Systems

 

MPI ThermalAir temperature forcing systems provide a direct thermal stream of clean dry hot and cold air directly to the part that needs to be thermal tested. In the lab or on the production floor, ThermalAir Series provide unparalleled thermal stress testing  capabilities for scientist and engineers.

 

The ThermalAir system allows you to generate very precise controlled temperature for simulation test in Thermal Shock, Temperature Conditioning, Stress Screening, Temperature Cycling and more. Thermal test processes can be accomplished with our ThermalAir system. Ramp, Cycle, Dwell and Soak times are fully programmable with a touch of a button.

Onscreen User Manual
Datalog Screen

Easy Icon at a touch
Cycle Screen
Main Operator Screen
Dual Touch Screens
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ThermalAir Systems for Aerospace & Defense

Test your electronic and non-electronic assemblies at temperature quickly and conveniently directly at the bench top or test station.

Aerospace/Defense Application and Test Processes which Use Temperature

  • Environmental Stress Screening
  • Temperature Cycling
  • Thermal Shock
  • Simulation Testing
  • Functional Test
  • Accelerated Life Test
  • Failure Analysis
  • Final Test
  • Material Fatigue

 

Environmental Stress Screening | Temperature Cycling | Thermal Shock Simulation Testing Functional Test | Accelerated Life Test | Failure Analysis | Final Test | Material Fatigue
Precision Temperature Forcing Systems use a direct temperature-controlled stream of hot or cold air to provide a precise thermal environment for temperature testing, conditioning and cycling of electronic and non-electronic assemblies and sub-systems. The ThermalAir Temperature System enables the test. This allows you to perform temperature simulation tests in situ, at a specific location, at your tester station, test bench or directly on the unit under test.

Bring the temperature to your test for Aerospace and Defense applications for the mil aero MIL-STD 883 temperature range of -55°C to +125°C.

 

Temperature Forcing System | Hot & Cold Temperature Testing | Ambient Temperature Testing

Aerospace & Defense
Require Ultimate Hot & Cold Temperature

Aerospace & Defense industries test parts at MIL-STD-883 method(s) -55°C to +125°C

Aerospace & Defense industries test parts at MIL-STD-883 method(s) -55°C to +125°C

The ThermalAir TA-5000 provides ultimate Hot and Cold temperatures from -80°C to +225°C. This is in order to get components to MIL SPEC temperatures quickly.   The MPI ThermalAir stream system can bring these temperatures to the test station instead of taking the test unit and devices to a fixed large temperature test chamber. All Thermal Air Streams provide localized temperature to the test fixture for dynamic testing at the required temperature setting for the test.

Environmental Stress Testing

Environmental stress conditions such as radiation exposure, temperature extremes, vibration, and dirt encountered by the military, on factory floors, and under the hoods of automobiles, these semiconductor devices need to keep working. To assure quality and reliability of electronic devices, semiconductor manufacturers need to simulate harsh environments during the engineering and production test stage. This is why the MPI Thermal TA-5000 Series ThermalAir temperature test products are part of the test.

ThermalAir Systems for Aerospace & Defense

Aerospace/Defense Application and Test Processes which Use Temperature

  • Environmental Stress
    Screening
  • Temperature Cycling
  • Thermal Shock
  • Simulation Testing
  • Functional Test
  • Accelerated Life Test
  • Failure Analysis
  • Final Test
  • Material Fatigue
Environmental Stress Screening | Temperature Cycling | Thermal Shock Simulation Testing Functional Test | Accelerated Life Test | Failure Analysis | Final Test | Material Fatigue

Temperature Forcing System

MPI ThermalAir temperature forcing systems provide a direct thermal stream of clean dry hot and cold air directly to the part that needs to be thermal tested. In the lab or on the production floor, ThermalAir Series provide unparalleled thermal stress testing  capabilities for scientist and engineers.

The ThermalAir system allows you to generate very precise controlled temperature for simulation test in Thermal Shock, Temperature Conditioning, Stress Screening, Temperature Cycling and more. Thermal test processes can be accomplished with our ThermalAir system. Ramp, Cycle, Dwell and Soak times are fully programmable with a touch of a button.

Field Application Engineer

Job Location: San Jose, CA

Job Duties:

1. Assist in developing HW and SW measurement methodologies/solutions for analytical wafer probe solutions with signal applications from DC to millimeter wave frequencies as well as Silicon Photonics (SiPH);
2. Collaborate with customers on their measurement challenges, and provide applications specific product training;
3. Provide pre- and post-sale support to AST, customers, service department, and the sales channel developing HW and SW measurement solutions for analytical wafer probe stations;
4. Define application-specific solutions based on customer-provided device data and facilitate both customer and divisional teams to successful results;
5. Perform product training seminars for customer and sales channels as well as participate in trade shows and technical seminars;
6. Make recommendations regarding product improvement, new products, and quality enhancement;
7. Author, document, publish, and present measurement solutions via Seminars, Applications Notes, Briefs, and White Papers;
8. Prepare, plan, and assist with customer product demonstrations that highlight value-based differentiation of AST product offerings;
9. Develop unique and individual customer presentations designed to professionally position the MPI brand in the North American market and deliver formal presentations to customers.

Job Requirements:

Master’s degree in Electrical Eng., Electronics Eng., Physics, or Photonics; Must possess 1 year of relevant work experience; Travel to customers’ sites in US and headquarters in Taiwan is required.

Send resume to: MPI America, Inc., 2360 Qume Drive, Suite C, San Jose, CA 95131, Attn: Janet Chiang