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  • How to Specify High Voltage Connectors
    In this white paper, LEMO engineers and designers specializing in high voltage connectors will work to provide readers with an insider perspective, and take some of the mystery out of high voltage connector specification. With this understanding, manufacturers and operators will be able to better
  • Hermetic and High-voltage Connectors for SteriLux's Sterilization System
    SteriLux's innovative SterOx System sterilizer uses Fischer Core Series connectors for their hermeticity and suitability for 240-volt applications. The high-performance connectors exactly match the Swiss company's key requirements for ruggedness, reliability and durability, and ensure
  • Powerful Miniature PZN Connector Delivers High Density Circuitry
    those demands, as well. In many cases high speed digital signals will be speeding critical images and activation information to control systems. Fortunately, many of the advanced circuits operate on lower voltages and reduced current levels and higher density circuit boards include standard connection
  • Flooded Cable / Connector Water Blocking and Reterminating at Sea
    Field application of breakthrough BONDiT TM technology proves effective in reterminating flooded cable/connector assemblies in offshore oil field for immediate deep-water redeployment. A flooded high voltage power cable on a 1250 meter deployment for pile driving on a new Shell Oil platform
  • A New Breed of Hybrid Connectors for IoT and Machine Learning Systems
    sensors collect a wide range of information that was undetectable a few years ago and connect high-speed, low-voltage digital signals to central logic processing centers.
  • Protecting the Universal Serial Bus from Over Voltage and Overcurrent Threats (.pdf)
    This application note addresses the various requirements for protecting the Universal Serial Bus (USB) from overcurrent and over voltage environmental threats.The solutions presented cover both USB 1.1 and the higher speed USB 2.0 circuitry. Specific emphasis is placed on USB 2.0 with information
  • Amplifying High-Impedence Sensors ? Photodiode Example
    conditioning + circuit used for high-impedance sensors that act like current sensors. FIGURE 1: Transimpedance Amplifier Current sensors connect to a transimpedance amplifier Equivalent Circuit. which converts current to voltage. The design approach illustrated in this application note, using op Step 1: DC
  • Miniature Strip-Connectors Designed for Rugged Circuit Density
    of the device. The circuits they drive are much less susceptible to high voltage breakdown voltages.
  • Design of Fundamental Phototransistor Circuits
    . The output is created by connecting a resistor between the voltage supply and the collector pin of the component. The output voltage is read at the terminal of the collector. It is called an amplifier circuit because the current generated in the component when light is detected is very small.
  • Digitally Addressable DALI Dimming Ballast App.
    This reference design is a high efficiency, high power factor and digital dimming electronic ballast designed to drive rapid start fluorescent lamp types. The design contains an active power factor correction circuit for universal voltage input as well as a ballast control circuit using the IR2159
  • 5 Tests to Calibrate Your DT80 Range Data Logger
    with using the dataTaker command language and a suitable terminal application such as DeTransfer. Equipment required: 1x Programmable Precision voltage source*. 1x 100O 0.05% 5ppm or better. 1x 1000O 0.05% 5ppm or better. *The high-voltage range of the logger has an input impedance of approximately
  • Controlling 3-Phase AC Induction Motors Using the PIC18F4431
    be used to connect the leg of a winding to the positive or the negative high-voltage DC bus.
  • Flexible Solutions for Isolated AC Line Monitoring
    of power supplies. While standalone ADCs are available, they require external galvanic isolators to connect to the mains or other high-voltage systems. AC line monitors come in many shapes, sizes and feature sets. Learn more about how to select the most flexible ac line monitor that best complements
  • Protection for EOS for IEEE1394 Lines With TPD4S1394
    to electrical overstress damage when exposed to a combination of high-voltage cable power and a faulty cable or connector system that allows data (TPx) and cable power (Vp) connections to engage before the cable ground (Vg) connection. This set of circumstances is known as a "Late-Vg" event. Though

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