Although, I did have to deal with a slight quality issue. It was no big deal. The unit was packaged very well. But after opening the box to remove the unit, there was a metalic rattling sound inside of it. Being the electronic technician that I claim to be, I couldn't resist but to remove the 4 rear screws to separate and open the enclosure (which broke the warranty seal on the bottom of the unit). Oop's! So, sue me! Anyway, I then found a small screw floating around in there. It was from the lower rear corner of the circuit board mount plastic peg that was slightly split in half. Thus, the screw may have been overtightened during factory assembly and fell out during shipping. Again, no big deal since there are 3 more screws securely holding the circuit board in place. Upon further internal inspection, I was impressed with the quality of the soldering and component layout. After re-assembly, I was now ready to power it on with complete confidence that a loose screw would not cause a short and let that nasty white smoke appear. After powering the unit on I was initially impressed with the crisp and bright TFT display. I then ran it through its functional paces and waveforms through my very expensive 100 MHZ TEK-TRO-NIX DSO. So, now I am also impressed with the UTG932E's performance up to its 30 MHZ Spec and functionality in considering low jitter/iteration/distortion and overall accuracy. Keep up the good work UNI-TREND! And don't be too discouraged by one loose screw. When there are 3 more to count on!...
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Product Description
UNI-T UTG932E/UTG962E function generator kit
A game changer for workbench!
200MSa/s sampling rate with 14 bits vertical resolution.
Frequency output of 60MHz / 30MHz.
1μHz full-band resolution.
DDS (direct digital synthesis) method
Low jitter square wave output
TTL level signal compatible 6 digits high accuracy frequency counter
24 groups non-volatile arbitrary waveform storage.
6 Modulation types. AM, FM, PM, FSK, Line, Log.
Frequency scanning and output supported.
Powerful upper computer software.
4.3” TFT color screen.
Standard configuration interface: USB device.
Easy-to-use multi-functional knob and numeric keypad.
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| UTG932E Arbitrary Waveform Generator Function | UTG962E Arbitrary Waveform Generator Function | |
| Customer Reviews |
119
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119
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| Price | $178.99 | $218.99 |
| Channel/Max frequency | 2 / 30MHz | 2 / 60MHz |
| Sampling rate/Vertical resolution | 200MS/s / 14 bits | 200MS/s / 14 bits |
| Waveforms | Sine, square, pulse, ramp, noise, DC, arbitrary | Sine, square, pulse, ramp, noise, DC, arbitrary |
| Sweep modes | Logarithmic, linear | Logarithmic, linear |
| Sine | 1μHz~30MHz | 1μHz~60MHz |
| Square | 1μHz~15MHz | 1μHz~20MHz |
| Ramp | 1μHz~400kHz | 1μHz~400kHz |
| Pulse | 1μHz~15MHz | 1μHz~20MHz |
| Arbitrary | 1μHz~10MHz | 1μHz~10MHz |
| Resolution | 1μHz | 1μHz |
Accurate & Consistent for education, communication, electrical signal generation, laboratory. Applied in designing, testing, troubleshooting, and repairing of electronic and electroacoustic devices, i.e. circuit and equipment testing in cellular and wireless systems, broadcasting, television and radio systems; semiconductor component testing.
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What you get
1 x UTG962E/UTG932E function generator
1 x power adapter (USA standard)
1 x USB cable power cord
1 x BNC cable
1 x BNC cable with alligator clips
1 x paper manual
1 x eManual
(*Please download user guide and user manual together)
1 x software
(*Please refer to Installation manual)
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Budget friendly & Intuitive for hobbyists, novices, students, small labs, basic projects, pro audio measurements. Learn and update skills, work with audio gear, DC offsets, wow & flutter test, various amplitudes, receiver test, circuit test, filter troubleshooting, refurbish turntable, and more.
Videos
Page 1 of 1Start OverPage 1 of 1
Videos for this product
1:40
Click to play video
UNI-T UTG932E/UTG962E Function Generator Demonstration
UNI-T Direct
Videos for this product
0:18
Click to play video
4 Steps to Get the USB Command Set in English (UTG962)
UNI-T Direct
Love it!
I was looking for a Function Generator that doesn't cost me an arm and a leg, while providing sufficient functionality for a hobbyist. I decided to buy this one, even though it's in the lower price range. After watching reviews on YouTube, I was confident that I would like it.Once it was on my table, I was really impressed. It's nicely built and the screen is brilliant. The signals are smooth and have less noise than my Oscilloscope which has a noise floor of some 300 uV RMS. I can't tell any difference in the noise level, when I connect the UTG962E. One thing that I particularly appreciate is the DC output (also with less noise than I can measure), which has far less noise than my switching power supplies (of course with limited current).Square wave rise time is 15 ns as specified, which is good enough (if I need steeper slopes, I can always run it through a SN74AC15 to get 2.5 ns rise time).I tested the Frequency counter (under Utility) against a PPS (Pulse Per Second) signal from a GPS and it turned out, that the time base of the UTG is only 1.7ppm off. This is better than my oscilloscope.The user interface is very intuitive and flexible. Very easy to change from "Amplitude and Offset" to "Low and High", from Frequency to Period, etc. Well thought out.I only have one point that I find a bit unfortunate: When changing parameters, the output looses it's phase.It's not a problem, when both outputs are Phase locked and one of the output is used to change phase. That works fine. However, if I want to compare the UTG output against another source with a similar frequency, it is a random number game to set the phase relationship between the two sources (like a 1 Hz signal from the UTG against a 1 Hz PPS from a reference). But this is a small thing. That's why I still give it 5 stars.All in all. It is far more that I expected and I need for my hobby, where ppm level is good enough.The movie shows the 1PPS from the GPS (yellow, used to trigger) against a sine wave with set frequency on the UTG of 1.00000179 MHz (cyan). There is very little jitter. (It also shows, how the phase jumps, when a parameter is changed).The picture shows the Frequency measurement of the 1PPS signal from the GPS. Done this for a few days now, it is constantly around 1.7 ppm off.
Top reviews from the United States
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Reviewed in the United States on May 19, 2021
Reviewed in the United States on February 28, 2024
Size: New 60MHzVerified Purchase
I was looking for a Function Generator that doesn't cost me an arm and a leg, while providing sufficient functionality for a hobbyist. I decided to buy this one, even though it's in the lower price range. After watching reviews on YouTube, I was confident that I would like it.
Once it was on my table, I was really impressed. It's nicely built and the screen is brilliant. The signals are smooth and have less noise than my Oscilloscope which has a noise floor of some 300 uV RMS. I can't tell any difference in the noise level, when I connect the UTG962E. One thing that I particularly appreciate is the DC output (also with less noise than I can measure), which has far less noise than my switching power supplies (of course with limited current).
Square wave rise time is 15 ns as specified, which is good enough (if I need steeper slopes, I can always run it through a SN74AC15 to get 2.5 ns rise time).
I tested the Frequency counter (under Utility) against a PPS (Pulse Per Second) signal from a GPS and it turned out, that the time base of the UTG is only 1.7ppm off. This is better than my oscilloscope.
The user interface is very intuitive and flexible. Very easy to change from "Amplitude and Offset" to "Low and High", from Frequency to Period, etc. Well thought out.
I only have one point that I find a bit unfortunate: When changing parameters, the output looses it's phase.
It's not a problem, when both outputs are Phase locked and one of the output is used to change phase. That works fine. However, if I want to compare the UTG output against another source with a similar frequency, it is a random number game to set the phase relationship between the two sources (like a 1 Hz signal from the UTG against a 1 Hz PPS from a reference). But this is a small thing. That's why I still give it 5 stars.
All in all. It is far more that I expected and I need for my hobby, where ppm level is good enough.
The movie shows the 1PPS from the GPS (yellow, used to trigger) against a sine wave with set frequency on the UTG of 1.00000179 MHz (cyan). There is very little jitter. (It also shows, how the phase jumps, when a parameter is changed).
The picture shows the Frequency measurement of the 1PPS signal from the GPS. Done this for a few days now, it is constantly around 1.7 ppm off.
Once it was on my table, I was really impressed. It's nicely built and the screen is brilliant. The signals are smooth and have less noise than my Oscilloscope which has a noise floor of some 300 uV RMS. I can't tell any difference in the noise level, when I connect the UTG962E. One thing that I particularly appreciate is the DC output (also with less noise than I can measure), which has far less noise than my switching power supplies (of course with limited current).
Square wave rise time is 15 ns as specified, which is good enough (if I need steeper slopes, I can always run it through a SN74AC15 to get 2.5 ns rise time).
I tested the Frequency counter (under Utility) against a PPS (Pulse Per Second) signal from a GPS and it turned out, that the time base of the UTG is only 1.7ppm off. This is better than my oscilloscope.
The user interface is very intuitive and flexible. Very easy to change from "Amplitude and Offset" to "Low and High", from Frequency to Period, etc. Well thought out.
I only have one point that I find a bit unfortunate: When changing parameters, the output looses it's phase.
It's not a problem, when both outputs are Phase locked and one of the output is used to change phase. That works fine. However, if I want to compare the UTG output against another source with a similar frequency, it is a random number game to set the phase relationship between the two sources (like a 1 Hz signal from the UTG against a 1 Hz PPS from a reference). But this is a small thing. That's why I still give it 5 stars.
All in all. It is far more that I expected and I need for my hobby, where ppm level is good enough.
The movie shows the 1PPS from the GPS (yellow, used to trigger) against a sine wave with set frequency on the UTG of 1.00000179 MHz (cyan). There is very little jitter. (It also shows, how the phase jumps, when a parameter is changed).
The picture shows the Frequency measurement of the 1PPS signal from the GPS. Done this for a few days now, it is constantly around 1.7 ppm off.
Images in this review
Top reviews from other countries
Bryan E.
Excelente producto
Reviewed in Mexico on June 14, 2021
Bryan E.
Reviewed in Mexico on June 14, 2021
Images in this review
