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  • Reducing Parametric Test Costs with Faster, Smarter Parallel Test Techniques
    . of managing the wide range of measurements involved in parametric test, which requires. measuring the electrical parameters of the key devices that form the basic building blocks. of all integrated circuits: resistors, capacitors, diodes, transistors, inductors, varactors, etc. Measurements
  • Design and Development of Medical Electronic Instrumentation
    to a computer-controlled. defibrillator. The circuits actually work, and the schematics are completely readable. The project descriptions are targeted to an audience that has an understanding of. circuit design as well as experience in electronic prototype construction. You will understand. all of the math
  • Guidelines for Testing Electronic Components
    of parallel components. Testing capacitors. With the right tester you can verify a capacitor's value. However, the fixturing's capacitance will add to the value of the capacitor being measured. When the capacitor values are small you will need to adjust the capacitance instructions to include
  • Dielectric Withstand Testing in a Production Environment
    probe could. accidentally slip off resulting in an energized chassis. Performing a Hipot test on a DUT with exposed energized circuits can be much safer. when you utilize a tester that employs the latest technology and safety features. Many. testers today have multiple shut down circuits to disable high
  • Dielectric Withstand Testing of Modular and Manufactured Homes (.pdf)
    or if a breakdown of the. insulation caused the failure. Many older testers lack current meters in their design. This makes it. difficult for the operator to determine the nature of the failure condition. Circuit breakers must be. shut off to isolate circuits and then each circuit must be retested separately. When
  • Medical Device Link .
    with very specific loads, where the load simulates the impedance of the human body. An equivalent circuit of the human body consists of a 1000-W resistor in parallel with the series combination of a 0.015- uF capacitor and a 10-kW resistor. Figure 4 shows the test load required. Figure 4. Human body
  • Medical Device Link . The Impact of EMC Regulations on Medical Device Design
    , it would be remarkable if a device were ever in the same state twice at the instant of discharge. External variables include the vagaries of the atmosphere and the tester's rate of approach. But even if the approach rate were the same each time, the discharge would never follow quite the same path