









⚡ Clamp in the power, visualize the flow — never miss a current beat!
The Hantek CC-65 is a high-precision AC/DC current clamp designed for professional electronics diagnostics. It measures currents from 20mA to 65A with a 20kHz bandwidth, enabling detailed waveform analysis when connected to oscilloscopes via BNC. Its dual banana and BNC connectors offer versatile compatibility, while its compact, lightweight design and long battery life make it an essential tool for power circuit troubleshooting and motor drive analysis.






| ASIN | B06W2KFZLW |
| ASIN | B06W2KFZLW |
| Batteries Included? | No |
| Batteries Required? | No |
| Best Sellers Rank | #127,274 in Tools & Home Improvement ( See Top 100 in Tools & Home Improvement ) #629 in Multi Testers |
| Color | Blue |
| Customer Reviews | 4.5 4.5 out of 5 stars (498) |
| Customer reviews | 4.5 4.5 out of 5 stars (498) |
| Date First Available | 20 December 2019 |
| Date First Available | 20 December 2019 |
| Is Discontinued By Manufacturer | No |
| Item Package Quantity | 1 |
| Item Weight | 184 g |
| Item model number | CC-65 |
| Item model number | CC-65 |
| Manufacturer | HATTRICK |
| Manufacturer | HATTRICK |
| Part number | CC-65_N |
| Power source type | Battery Powered |
| Product Dimensions | 19.51 x 3.3 x 7.01 cm; 184 g |
| Product Dimensions | 19.51 x 3.3 x 7.01 cm; 184 g |
| Shape | rectangle |
| Style | Modern |
K**R
Very happy with this product and it works perfectly.
J**U
Super
R**Z
Exelente atención buen producto
C**D
worked great.
M**L
When I first got my new current probe out of the box, I thought it was dead. Plugged the 9v battery (Not Included) into the back, plugged it into my DSO, switched it on, and... nothing. No lights. No change in the level when I hit 'zero', no readings when I clamped it onto the Vin line on my project. Except sometimes when I wiggled the switch just the right way, pressed down on it, the green 'Power' light would flicker for a second. I gave it a little shake, and I could hear a little rattle. I took the hazardous step of opening the back to see what was going on, and the problem was immediately apparent. Instead of using a discrete 3-position dptt switch, there's a hacky little arrangement that's prone to failure if you look at it funny. The plastic switch wiper has a pair of ductile little pieces of bent copper which are retained solely by compression between the wiper and the PCB underneath, and as they slide back and forth they make or break connections between tinned pads on the PCB. I suspect that pressing down too hard on the switch can bend them out of shape and let them fall out of place. It was a fiddly little fix bending them back into shape and lining everything up so it didn't fall apart again when I closed it back up, but it seems to work well enough as a current probe now. Sensitivity is acceptable at 100mv/A. I haven't had time to formally assess the accuracy and frequency response, but it seems to work reasonably at the low frequencies and currents I was using today.
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