Goupchn SMD IC Test Hook Clips with Silicone Jumper Wires, 5 Colors

The Goupchn 10PCS SMD IC Test Hook Clips with Silicone Jumper Wires is a highly practical kit for electronics testing and development. With durable test hooks and flexible silicone wires in five colors, this set is a great addition to any electronics toolbox, particularly for logic analyzer applications. Pros: ✅ Durable Test Hooks: The sturdy hooks securely latch onto small SMD components, ensuring stable connections. ✅ Flexible Silicone Wires: High-quality silicone wires offer excellent flexibility and durability for repetitive use. ✅ Color-Coded Wires: The five distinct colors make it easy to identify and organize connections. ✅ Wide Compatibility: Works well with logic analyzers, oscilloscopes, and other testing devices. ✅ Compact Design: Small hooks and wires are perfect for precision tasks on circuit boards. ✅ Value for Money: Includes 10 test hooks and jumper wires, providing great value for its price. Cons: ❌ Limited Length: The jumper wires may be too short for larger setups or distant connections. ❌ Hook Size: While perfect for SMD components, the small hooks may not be suitable for larger pins or terminals. Performance and Usability: This kit performs reliably for its intended use in electronics testing and debugging. The silicone wires are easy to manipulate in tight spaces, and the hooks maintain a firm grip on delicate SMD components without damaging them. The color-coded design simplifies setup and organization. Comparison: Compared to similar kits, the Goupchn set stands out for its high-quality silicone wires and reliable test hooks. While other kits may include more pieces, this set strikes a balance between quantity and quality for precision work. Who Is This For? Ideal for electronics hobbyists, engineers, and technicians who frequently work on SMD components or use logic analyzers. It’s a great choice for anyone needing reliable and compact test leads for precise testing. Conclusion: The Goupchn 10PCS SMD IC Test Hook Clips with Silicone Jumper Wires is a reliable and versatile kit for electronics testing. Its durability, precision, and organization-friendly design make it an essential tool for working with logic analyzers or circuit boards. Highly recommended for professionals and enthusiasts alike.

This is a fantastic little kit if you're performing any kind of debugging on IC's. They work well for other troubleshooting too. As usual with this company these are really nice quality especially considering all the more I paid for them. Good stuff as usual!

These clips are great. I find that they hook on to the legs of integrated circuits securely without causing a short circuit. Much better than the flimsy "single hook" style of similar mini-grabbers. The leads are about 12 inches in length. I thought that would be a problem (short length), but it isn't. Using an inexpensive logic analyzer with these 12 inch leads, you can hook on to points that are as much as 24 inches apart. The labels (L0, L1, L2... GND) are very helpful. I also like the silicon insulated wires (flexible as opposed to stiff). So far, I haven't had any problems with the leads falling out at either end. So, almost five stars. One suggestion for improvement: when I'm using these clips to debug a logic circuit, I'd prefer 10 unique colors as opposed to two of each color.

These tiny grabbers are used to breakout connections on printed circuit boards when testing and troubleshooting. For that purpose they are great. They are small enough to grab the leads of some pretty fine pitch chips but can still grab a standard .1" pitch header pin or DIP chip leg. The connection is pretty secure and I don't feel like they are going to just pop off like some clips. The wire is silicone so it's soft and flexible and should hold up pretty well. They can be single ended clips or jumpers depending how you configure them. The plastic box is nice to have to keep them organized on your bench. I'm pretty happy for the price and will definitely get some use out of them.

I received this today and put it right to work. The DuPont leads fit snugly into clips and don't fall out--could be a little longer--but this design allows you to use your own if really need longer leads. I am using it with a very inexpensive Sigrock compatible logic analyzer and got good results. A couple of nice touches: it includes labels for each lead--a small anti-static wrist strap--and surprisingly good quality silicone Duponts...while its too soon to really judge durability--it appears to be fine...

These made excellent replacements for the ones that came with my bitscope pocket analyzer. The leads are very flexible, and the clips get into very tight places. After a couple of weeks of use, I bought a backup set to make it easier to move between two different setups I'm working with.

First off, what these are: They are tiny probes with very thin wires meant for low voltage, low current testing. I am using these successfully on up to 25 volt current running at about 0.2 Amps...so about 5 watts for short periods of time. The wires appear to be 22 AWG, might be 24 AWG so they should be fine for several low voltage amps for short periods of time. Grabbers are small and delicate - made for modern circuits where components are tiny. I am using these on 1970's vintage equipment and they are making life much easier as the standard hook-probes are just too bit to get into some of the small spaces I have. Each grabber has two lead hookups. The hookup wires are not very long, but insert into the grabbers tightly. I use two grabbers for each lead - one for the circuit and one on the other end to hook up a standard meter probe or hook probe, and also the oscilloscope lead. The tiny grabber end point creates a loop around a wire or lead - you push in to get the two grabber leads to extend, put it on a wire, then release and it pulls inward forming the loop. It the wire or lead you are trying to grab is too large the grabber will fail to hold. Again, these are tiny probes made for small electronics. Using these has greatly sped up my testing as I can get to many leads the standard hook probes were just too big for. I can see I will be owning many sets of these so that I can leave probes in place while testing elsewhere.

it useble but not all the wire is locked as it designed, but some of them yes

These Mini Hooks have properly formed claws and are easy to attach to the SMD IC pin. They remain secure. They are easy to operate. Also the shafts are insulated so there is no risk of shorting between adjacent pins. The supplied DuPont connector cables are very flexible and don't pull the hooks out of alignment