I'm taking a AC, DC electronic class and the Oscilloscope we are using is 30MHz and we are using probes 10:1. Will the DSO Nano V3 work for my class?
1528403
The device should work, however the documention is not very good. It takes a lot of experimenting to understand how things work.
321031
Yes it shld read dc AC Current 0-40/400 AACAC Voltage 0-400/600 VACDC Voltage 0-400/600 VDCResistance 0-400/4KOHMContinuity: Sounds at 100OhmsFrom the detailed description
739245
Yes, AC and DC amp measurements via the clamp only. So you will not be able to measure smaller currents using leads. I will add that I've been getting quite accurate readings down to the 1-2Amp range which is great considering the two range selections are 40A & 400A. I love it for the price but for mA current you'll prob need a meter w current leads. (In defense of this unit though; clamp meters were designed for higher current apps...) Hope this helps. JD
1879168
High Vas, I believe that you can order which one you want but either way you can convert the readings. For example if you buy a 60 hz instrument you can simply convert the reading to the a 50hz equivalent and if you buy a 50hz instrument you can simply convert the reading to the a 60hz equivalent The conversion factor is given in the instrument hand book or on their web site. I purchased a 60hz instrument while in the USA but use it in Australia which is 50hz. I don't bother with conversions I am simply interested whether I am being subjected to an Electromagnetic field. Be very wary of underground power systems as the threat is not always as obvious as transmission towers overhead. Good Luck
1529391
The actual -3dB bandwidth is 4.4MHz. You can check the schematics, there is a lowpass filter on each of the two analog channels. For inspecting a digital signal, the analog bandwidth needs to be at least 5x the shortest clock frequency, and 10x is better. After all, if you look at a 2MHz digital signal with 50/50 duty cycle, it requires at least the 3rd and 5th harmonic to approximate a square wave. If the duty cycle is different than that, the spectral content goes up and the frequency required to display it goes up. If you are looking at a digital signal on an analog scope, you are likely looking for things like overshoot, ringing, transient pulses, and glitches. All of those are going to have frequency content -way- above that of the square wave. So with this 4.4MHz real bandwidth scope, I don't think I'd use it for a digital signal above 100kHz. For similar reasons, I consider it barely adequate for audio troubleshooting.
301286
I don't think so you can use the probes that come with it up to 80 volts i work on mico stuff
1879169
High Vas, I believe that you can order which one you want but either way you can convert the readings. For example if you buy a 60 hz instrument you can simply convert the reading to the a 50hz equivalent and if you buy a 50hz instrument you can simply convert the reading to the a 60hz equivalent The conversion factor is given in the instrument hand book or on their web site. I purchased a 60hz instrument while in the USA but use it in Australia which is 50hz. I don't bother with conversions I am simply interested whether I am being subjected to an Electromagnetic field. Be very wary of underground power systems as the threat is not always as obvious as transmission towers overhead. Good Luck High Vas, I believe that you can order which one you want but either way you can convert the readings. For example if you buy a 60 hz instrument you can simply convert the reading to the a 50hz equivalent and if you buy a 50hz instrument you can simply convert the reading to the a 60hz equivalent The conversion factor is given in the instrument hand book or on their web site. I purchased a 60hz instrument while in the USA but use it in Australia which is 50hz. I don't bother with conversions I am simply interested whether I am being subjected to an Electromagnetic field. Be very wary of... » Read More High Vas, I believe that you can order which one you want but either way you can convert the readings. For example if you buy a 60 hz instrument you can simply convert the reading to the a 50hz equivalent and if you buy a 50hz instrument you can simply convert the reading to the a 60hz equivalent The conversion factor is given in the instrument hand book or on their web site. I purchased a 60hz instrument while in the USA but use it in Australia which is 50hz. I don't bother with conversions I am simply interested whether I am being subjected to an Electromagnetic field. Be very wary of underground power systems as the threat is not always as obvious as transmission towers overhead. Good Luck « Show Less
1743785
I tested it with my 200Mhz Arb. Gen.- At 10Vpp sine and square it seems to max out at ~33Mhz. - At 5Vpp it maxes out at ~23Mhz.- At 2.5Vpp it maxes out at ~13Mhz.My Arb. Gen. Maxes out at 10Vpp. The EX330 may go up to 40Mhz, but it is going to need a signal at more than 10Vpp so I'm not sure how useful this meter would be.
1900452
No. This is a fine meter which is more at home in the power distribution area than in the audio and RF signal strength area. Its lowest voltage scales are designed for 1 to 400V for both AC and DC. It's a good meter for its intended use which does not include micro and millivolt volt measurements. Input impedance circuits in meters like this are too low to measure millivolt size signals,
1743784
OK first off NO this meter can not measure 40 mhz !!the spec's say only to 10 Mhz !!and just so you know this is for sine wave's only and not RMSNow my Qusestion to you is why do you want a meter to measure 40 Mhz ??As for my assement of this meter its one of the most bang for your Buck !!its a great meter !!!(for the price)now why do you need to mesurea 40 mhz there are many very afforadable DSO that you can get for $300-$400 dollars that will measue Freq and voltage.anyway wish you luck anyt more Question feel Free to Ask:)
464521
That's a very good question that I need to research. Amazon sells various 3.25v bulbs by ADC3.5v Otoscope Bulb, WA#03100. So, I'll probably buy a spare since there are 3 instruments that use the bulb in the kit.
2208803
There is a suitable tip for your laptop. M2 - 19.5V/Max90W - 6.5 x 4.4mm - Sony By the way, if in any case, you need to confirm the compatibility of other laptop models, please send "QRY+your laptop brand+your laptop model" (e.g. "QRY Dell 1525") to UniversalAdapterSupport@ianker.com . If your laptop model is covered under our compatibility list, you can receive an email auto-response in a few seconds stating the specific DC tip fitting your laptop. (If you didn't receive the email, your laptop model may possibly not be covered under our list for the time being. We will reply an email to you ASAP for final confirmation).
162062
No, the output voltage is the same as what the probe is connected to, ie, connected to a 12 volt battery, output voltage will be 12 volts.
882637
No, the probes are used to measure voltage. You must use the "clamp" feature to surround the wire you want to measure the current flowing through.
822499
Rated for up to 6oo volts AC or DC. (Any location). I should note that my initial interest in this product was peaked by thinking the description suggested that it was capable of reading and measuring voltages by mere inductance, which turned out not to be the case. It still uses the probe tips for voltage readings, and using inductance for voltage detection like any other proximity sensor (light and beep) indicator.
58739
Yes. Select either up to 40A or 400A by rotary switch. Defaults to DC measurements.
1201589
I am not certain as I am not able to locate the current and voltage specifications of the SS-5010. You'll need the DC power specs (either printed on the clock or on the original adapter). It must be 6VDC for the clock to even work with this adapter. The current draw of your clock must not exceed 1AMP. The last thing is to measure the inside and outside diameters of the power receptacle on your clock. If it is 2.1 mm inside diameter and 5.5 mm outside diameter the plug will physically fit. So all 3 requirements must match: voltage, current and plug size.Not much of an answer, but I hope it helps. I am not certain as I am not able to locate the current and voltage specifications of the SS-5010. You'll need the DC power specs (either printed on the clock or on the original adapter). It must be 6VDC for the clock to even work with this adapter. The current draw of your clock must not exceed 1AMP. The last thing is to measure the inside and outside diameters of the power receptacle on your clock. If it is 2.1 mm inside diameter and 5.5 mm outside diameter the plug will physically fit. So all 3 requirements must match: voltage, current and plug size.Not much of an answer, but I... » Read More I am not certain as I am not able to locate the current and voltage specifications of the SS-5010. You'll need the DC power specs (either printed on the clock or on the original adapter). It must be 6VDC for the clock to even work with this adapter. The current draw of your clock must not exceed 1AMP. The last thing is to measure the inside and outside diameters of the power receptacle on your clock. If it is 2.1 mm inside diameter and 5.5 mm outside diameter the plug will physically fit. So all 3 requirements must match: voltage, current and plug size.Not much of an answer, but I hope it helps. « Show Less