Faulty units come in, and you send them back working: intake, a diagnosis plan, schematic reading, repair, verification, a repair log and a customer report, with the meter, the scope and the component tester.
0 of 7 done
7 lessons in 3 chapters, about 7 hours on a simulated breadboard. Free, in your browser, every step checked by the simulator.
A reference divider reads high. Trace the meter onto the schematic, predict the healthy reading from the parts, find the drifted resistor, learn why one reading can point at two suspects, and close the chapter with a predict-the-reading quiz.
Open it in the simulatorA transformer power supply hums and sags. Find the dried-out smoothing capacitor with the meter and scope, replace it, then prove the repair: DC output, ripple on the AC range, a heavier load, and a predict-the-reading quiz to close the chapter.
Open it in the simulatorA bench supply "reads 10 V when set to 12". Measure it, find it is doing exactly what it was told, protect the customer's load, then write the report a customer can understand and finish your portfolio write-up.
Open it in the simulatorEach lesson opens when the one before it is done, and each chapter ends in a project.
Log the unit, test the parts, write a plan and read the schematic before you touch anything.
Your bench opens for business. Take in a bag of loose parts the way a shop does: write the ticket, then let the component tester name each part, its legs and its numbers, and catch a wrong substitute before it goes in.
0 of 6 steps
A 5 V supply comes in with a dim light and a gadget that keeps resetting. Reproduce the complaint, write a plan that splits the circuit in half, measure in that order, and confirm the cause by substitution.
0 of 6 steps
A reference divider reads high. Trace the meter onto the schematic, predict the healthy reading from the parts, find the drifted resistor, learn why one reading can point at two suspects, and close the chapter with a predict-the-reading quiz.
0 of 6 steps
Let the readings pick the part, change one thing, and prove the repair under load.
Two 555 timer units come in running at the wrong rate. Use the meter's frequency and duty ranges and the scope to work out from the readings alone whether the capacitor or a resistor is wrong, then fix each with one change.
0 of 6 steps
A transformer power supply hums and sags. Find the dried-out smoothing capacitor with the meter and scope, replace it, then prove the repair: DC output, ripple on the AC range, a heavier load, and a predict-the-reading quiz to close the chapter.
0 of 7 steps
As-found and as-left logs, a customer report in plain words, and your bench portfolio.
An LED light bar comes in dim. Record every as-found reading before you touch it, fix the one wrong resistor, record the same readings as left, and write a repair log another tech could follow.
0 of 6 steps
A bench supply "reads 10 V when set to 12". Measure it, find it is doing exactly what it was told, protect the customer's load, then write the report a customer can understand and finish your portfolio write-up.
0 of 7 steps
All 7 lessons, in order, each with what it covers. Any of them opens in the editor right away.
Every lesson runs in the simulator with nothing to buy. When you want the real thing, these kits have the parts.
Pick the starter kit you own and run every lesson in its manual with the same parts on the same pins.
See every kitYes. All 7 lessons of Technician capstone: your own repair bench are free and run in your browser, with nothing to install and no parts to buy before you start.
No. Every circuit is built on a simulated breadboard, and the simulator checks each step as you go. When you want to build it for real, the same parts and wiring work on a real bench.
About 7 hours: 7 lessons in 3 chapters, each one a few short steps. Your progress is kept, so you can stop after any lesson and pick up where you left off.
Each chapter ends in a project that puts it together: Schematic reading: predict every node, Verification: prove it under load and Customer report: no fault found, and why.
With "Intake: log the unit, test the parts", and each lesson builds on the one before it. New to circuits? Electronics basics is the course that starts from zero.