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Project | Parameters | ||
Key Features | Frequency Range | Sine Wave |
Normal Modes(Optional): 0.01Hz~6MHz / 0.01Hz~12MHz / 0.01Hz~20MHz / 0.01Hz~25MHz |
Square Wave | 0.01Hz~6MHz | ||
Triangle Wave | 0.01Hz~6MHz | ||
Sawtooth Wave | 0.01Hz~6MHz | ||
Arbitrary Waveform | 0.01Hz~6MHz | ||
TTL Digital Signal Wave | 0.01Hz~6MHz | ||
Output Modulation | Frequency Sweep | ||
Waveform Types | Sine/Triangle/Square/Lifting Sawtooth Wave, CMOS Digital Signal Wave and Arbitrary Waveform | ||
Waveform Length | 1024Points | ||
Sampling Rate | 200MSa/s | ||
Waveform Amplitude Resolution | 8 Bits | ||
The Min. Frequency Resolution | 10mHz | ||
Frequency Error | +/-5*10^(-6) | ||
Frequency Stability | +/-1*10^(-6) | ||
Amplitude Range(Peak to Peak) |
15mVp-p~15Vp-p(12MHz or Less) 15mVp-p~8Vp-p(12MHz and above) |
||
Output Impedance | 50Ω(+/-10%) | ||
Amplitude Resolution |
1mVp-p (-20dB Attenuation) 10mVp-p (No Attenuation) |
||
Offset Range | -120%~120% (The ratio of bias voltage and signal amplitude) | ||
Bias Resolution | 1% | ||
Phase Range | 0~359° | ||
Phase Resolution | 1° | ||
Sine Wave | Harmonic Arrived System | 40dBc(<1MHz); 35dBc(1MHz~20MHz) | |
Distortion | <0.8%(20Hz~20KHz) | ||
Square Wave | Lifting Along Time | ≤20ns | |
Overshoot | ≤10% | ||
Duty Cycle Adjustment Range | 0%~99.9% | ||
TTL | Lifting Along Time | ≤20ns | |
Low Level | <0.3V | ||
High Level | 1V~7.5V | ||
Arbitrary Waveform | Quantity | 16 | |
Memory Depth/Group | 1KB/16 | ||
Scan | Scan Mode | Linear Sweep, Log Sweep | |
Scan Time | 1s-500s | ||
Scan Range | It is determined by the sweep parameter settings | ||
External Measurements | Frequency Measuring Range |
GATE-TIME=10S 0.1Hz - 60MHz GATE-TIME=1S 1Hz - 60MHz GATE-TIME=0.1S 10Hz - 60MHz GATE-TIME=0.01S 100Hz - 60MHz |
|
Input Voltage Range |
0.5Vp-p~20Vp-p | ||
Counting Range | 0~4294967295 | ||
Counting | Manually | ||
Positive and Negative Pulse Width Measurement | 10ns Resolution, the Max. Measurable 10s | ||
Periodic Measurement | 20ns Resolution, the Max. Measurable 20s | ||
Duty Cycle Measurement | 0.1% Resolution, Measuring Range from 0.1%~99.9% | ||
Source Selection | 1. Ext. IN Input(AC Signal) ; 2. TTL-IN Input(Digital Signal) | ||
Memory | Quantity | 10 | |
Location | M0~M9 | ||
Interface | Interface Mode | using USB to Serial Interface | |
Communication Rate | 57600bps | ||
Protocol | Using the Command Line, the Agreement Public | ||
Power Supply | DC | MHS5200A DC 5V Power Supply | |
General | |||
Size | 19.5 * 17.5 * 7cm / 7.67 * 6.9 * 2.75in | ||
Weight | 542g / 19.12oz | ||
Package Size | 24 * 24 * 12cm / 9.55 * 9.45 * 4.72in (L * W * H) | ||
Package Weight | 1027g / 36.25oz |
Questions & Answers
A Yes,you can. Frequency Range can be rated,thanks.
Discussions
Please note that TOMTOP Forums are a community for all communicating and getting help each other. There will be some enthusiastic friends participate in your discussions. Of course TOMTOP customer service (with tomtop customer service icon) response is guaranteed ,which is the same way you contact us at http://www.tomtop.com/contacts
open this forum in full pageAverage Rating:
4.4based on 87 Customer Reviews
Share your thoughts with other customers and get Tomtop Points, the first 5 reviews get DOUBLE Tomtop Points!
Write a Customer ReviewBy Violet
July 23, 2019
Ten years ago, this project exceeded my budget. As I have it, I can do anything from testing the audio amplifier to operating the power switch on the experimental inverter, as well as aligning the IF filter. This really became the cornerstone of my electronic worktable. My only complaint is that the menu system seems to be more complicated than it should be. Sometimes it feels like doing something specific, like finding the combination of button presses in Mortal Kombat. However, the main functionality of this project is very useful for me, and I can rely on an affordable package. I recommend using the $ 10 function generator kit for a single IC, although I also have one.
By Stacy
July 22, 2019
Disappointing is that there are no downloads online, there is no option in my new system to download the system to my new laptop. Do you really not know now that modern systems do not have a CD player? He asked if they have a website available for download but did not respond.
By Robert
July 21, 2019
By l***y
May 7, 2018
By m***3
April 24, 2018
By r***y
April 6, 2018
By d***1
February 21, 2018
By y***t
February 15, 2018
By w***c
February 11, 2018
By Skyler
January 30, 2018
By b***w
January 26, 2018
By s***m
January 25, 2018
By Martin Peck
January 25, 2018
By s***r
January 24, 2018
By AUgie the Prospector
January 23, 2018
All I've done is try out the built-in capabilities, just to be sure it wasn't DOA, and was a version with the advertised features. Everything works as expected. Any shortcomings in signal quality are minor and expected given the price point. I connected it to the Siglent SDS1102CML digital scope for these tests, and was reminded how easy that oscilloscope is to use as well. First, anyone interested in learning about this signal generator will find a lot more online about the model MHS-5200A, which appears to be the exact same unit, under a different name. There are reviews and upgrades, including fixing the over-bright display (a minor issue) and correcting some of the distortion in the sine wave output (how important this is depends on how spectrally pure an output you need). There is also some aftermarket software hobbyists have developed for uploading arbitrary waveforms, if the supplied software doesn't meet your needs. Some people have even managed to "close the loop" and download waveforms captured on their digital storage scopes (like the one I use) into their computer, edit them, and then upload them into the signal generator. This is way more than I need - I'll likely never attach it to a computer - but some users of this device will doubtless want to follow these brave hardware hackers' lead. A nice English manual is available from one of the serious hobbyist sites, and maybe other places too. It was written by an English-speaking hobbyist based on the Chinese manual and online sources - it covers all the basic internal functions with clarity. I don't like posting links, so just Google it yourself. Search for MHS5200.pdf. Follow a result on eevblog.com about reverse engineering the serial protocol, look at post number 18 and you'll see a link to the pdf file on github. It scans clean of malware and is very clearly written. However you find it, it will be useful. While I didn't have my scope analyze for spectral purity (see MHS-5200A YouTube videos for that), I did run the generator through its built in paces. As others have noted, the square wave begins losing its crispness much above 1 MHz, and is pretty "round" by the advertised 6 MHz. Sine waves look pretty good all the way to 25 MHz. Locking the two channels works, all the wave shapes work. Adjusting the duty factor of square waves works. Adjusting the relative phases of the two channels works. Sweeping the frequency works as advertised. The input frequency counter works in its various frequency, period, duty factor, etc., modes, including when feeding back one of the output channels into it, set up prior to moving to the signal input part of the menu. (Not that anyone with a modern digital oscilloscope needs this feature.) I didn't test the rear panel TTL inputs or outputs. I also didn't try saving a setup of the controls into one of the internal memories (probably works). Adjusting the amplitude works, but I forgot to try the offset - I'm sure it works too. I noticed that the square wave has a small "back porch" (slight drop in level near the trailing edge), even at low frequencies, but is within the range of expected signal impurities and would just about never be an issue. Amplitudes and frequencies agreed extremely well between the signal generator and my digital scope. Conclusion; This seems to be the exact same device as the more commonly discussed MHS-5200A, and all the features and functions that I tested work as expected (none involving a computer were tried). It is a great value for what it can do and has even more potential when interfaced to a computer, or if modified for greater spectral purity. Amazon seems to be selling, in the KKmoon, an MHS-5200A under a different name, for a very good price. I saw no issues with the build quality or construction of my unit. Finally, I didn't find the controls as hard to fathom as I expected. They can be a little slow to navigate, but with a few minutes use they seemed fairly natural and required no reference to the manual. The English manual did come in handy preventing a lot of guessing at a few points, so I do recommend it highly.
By Beck
January 20, 2018
By s***t
January 19, 2018
By s***n
January 18, 2018
By Kimberly N. Marshall
January 17, 2018
By s***n
January 15, 2018
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