get into tight places,measure high-magnitude currents,monitor currents at a remote location,open a circuit
Very unlikely unless you create a short of some type with the probe.
The same as the function of analog multimeter, but with greater precision and accuracy.measure voltage (both DC and AC)measure current (both DC and AC)measure resistanceSome digital multimeters can also do other things:measure capacitancemeasure inductancemeasure frequencymeasure temperature remotely (usually using a thermocouple probe)measure current without breaking the circuit (using a clip on magnetic probe)test semiconductor devices (diodes, junction transistors, field effect transistors, etc.)AF and/or RF signal generatoretc.
To measure the current in a DC circuit an ammeter may be used. This ammeter may consist of a sensitive meter with a shunt in parallel with it to divert part of the current. In case even more current is expected than the full scale reading of the meter an additional shunt may be connected in parallel with that arrangement.
IGBT JUNCTION TEST PROCEDURE 1. Short out G1 to E1 and G2 to E2. With a multimeter set to check diodes, check across the C1- C2E1 junction. With the (+) probe on C1 and the (-) probe on C2E1, you should see an open circuit. Switch the probes. You should see a diode drop on the meter. 2. Check across the C2E1-E2 junction. With the (+) probe on C2E1 and the (-) probe on E2, you should see an open circuit. Switch the probes. You should see a diode drop on the meter. 3. With a 9 volt* battery, connect the (+) terminal to G1 and the (-) terminal to E1. Using your meter (set to check diodes), should see a diode drop across the C1-C2E1 junction in both directions now. Connect the (+) terminal to G2 and the (-) terminal to E2. You should see a diode drop across the C2E1-E2 junction in both directions here as well. 4. If the IGBT passed all of the above tests, the IGBT is good. * You may be able to use a second multimeter as a voltage source by setting it to check resistance at its lowest available resistance scale. The (+) probe is the positive side. However, not all meters provide enough DC voltage for this, and may even give you false readings. A known DC voltage from 8 to 15 volts is recommended instead.
There are two wires on a diode: Anode (positive in) and Cathode (negative out). A diode may have a grey band at the cathode end, and black at the anode end. Diodes come in many sizes and capacities, some with clear markings, some without, so there are times when a multimeter has to be used. Set the multimeter to the diode setting (looks like an horizontal arrow fired from a bow, with three lines meeting at the arrow-head's tip). Touch one wire with the red + probe, and the other wire with the black - probe. If there is no reaction, electricity is not flowing. Reverse the probes and you should get a reaction showing that electricity has been detected. So the red probe marks the anode wire and the black probe marks the cathode wire. If there is no reaction, whichever probes are tried, then the diode is dead.
i dont know too. :( =================== Multimeter (Simpson 260), Oscilloscope, FET Meter(High impedance multimeter), Spectrum analyzer, Signal generator, Waveform generator, Current probe, Temperature probe, Variable power supply, Test leads and 'scope probes, Power meter, just to mention a few.
Use a multimeter set to continuity position and touch one probe from your multimeter to each conductor. If you hear a tone from the multimeter then your fuse is good.
One can purchase a current probe from the tek website. One can also purchase the current probe from Amazon. One can use the current probe to measure circuit.
Very unlikely unless you create a short of some type with the probe.
1 x Digital multimeter with LCD Display (the body or main unit) 2 x test leads with attached probes (sometimes removable) - 1 x black negative probe - 1 x red positive probe
The same as the function of analog multimeter, but with greater precision and accuracy.measure voltage (both DC and AC)measure current (both DC and AC)measure resistanceSome digital multimeters can also do other things:measure capacitancemeasure inductancemeasure frequencymeasure temperature remotely (usually using a thermocouple probe)measure current without breaking the circuit (using a clip on magnetic probe)test semiconductor devices (diodes, junction transistors, field effect transistors, etc.)AF and/or RF signal generatoretc.
The com is your common terminal also the negative terminal where the black probe is pluged in. normally used on meter with 3 or more connectors and only the red probe change position
A "Probe" is what the aliens shoved into my rectum when they came to earth last year. Avoid "probes" whenever possible.
I test it with a digital multimeter. Set it to measure the voltage you're expecting, verify that the circuit is powered (put the red probe to the positive side of the circuit, and find a different ground), then move the black probe to the intended ground. You should be reading the voltage you're expecting if the ground is good.
To measure the current in a DC circuit an ammeter may be used. This ammeter may consist of a sensitive meter with a shunt in parallel with it to divert part of the current. In case even more current is expected than the full scale reading of the meter an additional shunt may be connected in parallel with that arrangement.
Just set to AC or DC volts and probe the two points you wish to measure voltage across.
Set analogue multimeter to x 10 k ohm. Place the red probe to the cathode and the black probe to anode and you will get a low ohm reading. Now, reverse the probe and you will get some leakage reading. That leaking reading is what tells you this is a Schottky Barrier Diode.