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JYE DSO 138 DIY KIT 13803K (SMD Components pre-soldered)

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$29.95

$ 15 .99 $15.99

In Stock

About this item

  • Analog bandwidth: 0 - 200KHz. Sampling rate: 1Msps max
  • Sensitivity: 10mV/Div - 5V/Div
  • Vertical resolution: 12-bit
  • Timebase: 10us/Div - 500s/Div
  • Record length: 1024 points


DSO138 was designed as a training oscilloscope kit. It contains only the basic oscilloscope functions with no fancy features. Simplicity in structure and easiness in assembly/operation are among the main targets of the design. For these purpose DSO138 uses mostly through-hole parts. The heart of DSO138 is a Cortex-M3 ARM processor (STM32F103C8) from ST. It uses 2.4-inch TFT LCD (320 X 240 dotmatrix, 262K colors) as its display element and displays nice and clear waveforms. Detailed assembly instructions are provided in combination with troubleshooting guide and schematc. Source codes are also available to allow user to add their own features.

This DSO13803K kits has all the SMD parts pre-soldered. The MCU has been pre-programmed and no re-programming required.

Major features of DSO138:

Analog bandwidth: 0 - 200KHz

Sampling rate: 1Msps max

Sensitivity: 10mV/Div - 5V/Div

Sensitivity error:

Vertical resolution: 12-bit

Timebase: 10us/Div - 500s/Div

Record length: 1024 points

Built-in 1KHz/3.3V test signal

Waveform frozen (HOLD) function available

NOTE: 9V DC power supply required. Not included.

NOTE: Assembly and soldering required.


dee
Reviewed in the United States on February 28, 2019
I bought this for me and my kids to experiment with together. I have three kids ages 10 -14 and they really enjoyed putting together this kit and soldering parts on. This was the first time my kids and I have done something like this. Colorful very easy to read, and understand instructions made this simple to learn and do.
Mike Rosati
Reviewed in the United States on February 3, 2017
This thing is awesome! Put it together in about 3 hours including testing each resistor. Worked right away. Tested it with my DDS signal generator. This thing is very accurate. It's not the same as my analog Tektronix scope but I don't have to count the gradients for frequency and voltage which makes it handy for quick measurements. It also doesn't go to 100Mhz but is plenty for tube and SS amp audio work which is what I do. Also can run on batteries so is great for being part of a mobile lab. What a fun gadget.
N. Kovach
Reviewed in the United States on June 18, 2016
Still soldering it together (the well reviewed soldering iron I purchased turned out to be junk) but it was a very well put together kit! Easy instructions and all the parts were there as required.
Stanley D. Ralph
Reviewed in the United States on May 30, 2016
OK
jr_Tech
Reviewed in the United States on May 20, 2016
This little kit was a lot of fun to build, and good practice for soldering tiny parts. Had to resolder one connection when it was finished to get it to work. It is a good idea to test all parts before putting together, but I found no problems with the parts! Color codes on the resistors are somewhat difficult to read because of size and washed out colors. Ohm-meter check the resistors for sure. Scope is low bandwidth, but useful for audio testing. I wish that a case was included, but I see several sources on-line.
Ira
Reviewed in the United States on May 14, 2016
Had a great time building and is very useful for a part-time electrical tinkerer.
Nicholas Torres
Reviewed in the United States on March 31, 2016
Worked flawlessly for a day or two, then magically stopped working. Was fun putting it together, and viewing the different components. I am pretty sure a transistor blew during operation as I can feel a massive amount of heat coming from U5.
Jim
Reviewed in the United States on November 15, 2016
I can appreciate that this is a genuine kit from an authorized seller, but once I got the thing together and soldered up correctly, it doesn't work. D2 gets extremely hot with just the 9 volts after a few seconds. V+ gives me mV output. What did I expect for a 20$ kit though. Really doesn't surprise me. I took great care in measuring resistance and capacitance too. Can't test the inductors though, but they weren't short circuited at least. I've reflowed each and every point, even headers, and all I get is a burning hot diode. Thanks guys.