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Number |
Type |
Application
Schematics & Application
Notes for Electronic Loads |
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Mechanical Dimensions, for Electrical Mounting and Hookup | ||
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Block Diagram, Internal Electronic Block Diagram ( schematic ) of EE301xx & EE151xx Electronic Loads pin-outs and connection for power and ground, Pots & External signals | ||
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Connectors,
Electronic Load Connectors J1 & J2 what each pin does. impedance & IO & Voltage & Current EE151xx & EE301xx series |
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Powering the electronic Loads, The main bias power that is required to run the electronic circuits in the electronic loads for earthier regulated or unregulated voltage. 12 Volts / 14-30 Volts | ||
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Constant Current Operation, Analog Operation of loads EE151xx & EE301xx series | ||
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Current Limit the Electronic Loads, Limit the Current the Electronic Load can draw | ||
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Snubber-1-2, For voltage and spike limiting. Part 1 of 2 this is for use with mechanical contactors and our electronic loads. Schematics of Snubbers Schematics | ||
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Snubber-2-2, For voltage and spike limiting. Part 2 of 2 this is for use with mechanical contactors and our electronic loads. How to test and set a Snubber Documentation | ||
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Charging Batteries 1-2, Using an electronic load to charge high power batteries, Part 1 of 2 This works only with our electronic loads & has option CC added to the load. Schematics | ||
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Charging Batteries 2-2, Using an electronic load to charge high power batteries, Part 2 of 2 This works only with our electronic loads & has option CC added to the load. Documentation | ||
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Primary Battery Testing, For testing a single cell, Go / No-Go Testing | ||
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Summing Current Monitors, When connecting multi-loads in parallel you can sum the current monitors of all loads to a summing-amp creating a single total current of all loads | ||
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Deep Cycle Battery Discharge, For constant current discharge of secondary batteries into the deep or ultra low voltage region of the battery | ||
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External
LCD Display, For monitoring
UUT test terminal voltage at load, for 0-50/150 Volts using the constant current operation mode of the electronic load |
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External
LCD Display, For monitoring
UUT test terminal current at load, for 0-20/40/80 Amps using the constant current operation mode of the electronic load |
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External
LCD Display, For monitoring
UUT test terminal current at load, for 0-20/40/80 Amps using the qusi-constant power operation mode of the electronic load |
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Step / Slew Testing, For doing a constant current step test or testing the slew rate of a device | ||
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External Fixed Resistors, For controlling current & voltage startup of the electronic load | ||
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Switch Testing, For toggle & power switch contact current rating test using constant current | ||
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External Current Shunt, Best method of using a current shunt with electronic loads | ||
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Thermal Trip, Using the internal thermal trip of the electronic load to an external circuit | ||
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Series Battery Charging, For using electronic loads in series operation | ||
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Master & Slave Operation, Using a master load to drive & control slave loads | ||
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Parallel Operation, Using the qusi-power operation mode with an external pot | ||
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Lamp / Filament, Constant Power Driver for lamps and filaments, DC lights, | ||
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Fuel Cell System, Connection for testing a fuel cell system | ||
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External Pots, Using External pots for controlling load current and voltage start-up | ||
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Solar Cell & TPV, Testing of solar cells & thermal cell Go/No-Go testing, using a lamp source | ||
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I2C Cable, Cable for interfacing the PC parallel port and I2C device using I2C-OCX & I2CRTD | ||
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Isolators, Using voltage isolators with electronic loads / floating electronic loads | ||
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Laser Diode Driver, Control of a high power laser diode using constant current for age time & resistance | ||
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Generator, Testing DC generators | ||
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Motor Speed Control, For Speed control of a DC motor & testing | ||
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Speaker Coil Throw, For test the deflection of a speaker coil | ||
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Heater Control, For non-overshoot type of heater control using constant current | ||
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Battery Charging & Discharging Digital, Using a computer digital controlled electronic load for charging a battery bank with a power supply & Discharging a battery bank with the same electronic load. | ||
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Battery Charge Digital, Using a computer digital controlled electronic load for charging a battery bank with a power supply. | ||
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Battery Discharge & Charging Using AUXs Digital, Using a computer digital controlled electronic load for charging a battery bank with a power supply and discharging a battery bank | ||
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Digital Control UUT, Using a computer digital control electronic load for with a power supply. | ||
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Super Capacitor Discharging Digital, Using a computer digital controlled electronic load for discharging a super capacitor with a power supply | ||
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Fan Constant Speed, using a load to control fan current with high ripple voltage & changing voltage levels or just jumpy voltages. | ||
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Diode Junction Testing Digital, Using a computer digital controlled electronic load for testing high power diode junction. | ||
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Switch Junction Testing Digital, Using a computer digital controlled electronic load for testing switch contact junctions. | ||
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Dendrites & Fracticals Growth Digital, Using a computer digital controlled electronic load for testing the growth rate of dendrites on cathodes. | ||
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AC Electronic Load Digital, Using a DC Electronic Load that is digital controlled to make a AC Electronic Load that is digital controlled. Here is a simple low cost way of doing it. | ||
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Constant Voltage Operation, for all types of loads EE151xx & EE301xx series | ||
| ANEE-145 | Bidirectional Current Operation, for all types of loads EE151xx & EE301xx series | ||
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Request |
DOC |
Dendrite formation in Alkaline Batteries, The article covers how and why dendrites are formed in the batteries and how they may be stopped using current technology. | |
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Electronic Load Control Software, Over view of EES-100 the digital software how it works and all functions and options for testing. Constant Current / Constant Power / Constant Resistance / Constant Voltage / can be used for both charging and discharging of batteries. | ||