When you're sorting through test leads probes fixtures, the first question is whether you're measuring a signal or holding a probe steady while you solder. These two tools answer that in very different ways. JINHAO's 2x 100MHz oscilloscope clip probe test leads kit comes in at $17.99, while the Data Recovery Fixture Chip Recovery Test Fixture Electronic Test Tool with 10 probes sits at $66.49-a $48.50 spread. Both are new, but the cheaper one is built for scope measurements and the higher-priced one is built for fine positioning during chip recovery work.
Quick verdict: If your daily work is checking waveforms on an HP or Tektronix scope, the JINHAO kit gives you two 100MHz probes at a low entry price. If your job is repairing data damage from soldering flying wires, the Data Recovery Fixture's adjustable probe mount is the more capable tool.
| Product | Listed Price | Best For | Standout Specs |
|---|---|---|---|
| JINHAO 2x 100MHz Oscilloscope Scope analyzer Clip Probe test leads kit for HP Tektronix | $17.99 | Oscilloscope measurements and signal tracing | Two 100MHz probes, 1X/10X attenuation, 120cm cable |
| Data Recovery Fixture Chip Recovery Test Fixture Electronic Test Tool & 10 Probe | $66.49 | Chip recovery and flying-wire repair positioning | Adjustable probe fixture with 10 stainless steel needles |
Where each product wins:
- JINHAO oscilloscope probe kit wins for everyday measurement. The 1X/10X switch lets you move from low-frequency checks up to 100MHz, and the pair of probes is handy for differential or two-channel work.
- Data Recovery Fixture wins for repeated soldering repairs. The adjustable probe holder keeps a needle where you put it, which matters when you're doing flying-wire rework on damaged chips.
JINHAO 2x 100MHz Oscilloscope Clip Probe Test Leads Kit
This kit is built around measurement. The two probes each use a 1X/10X switch, with a 1MΩ input resistance at 1X and 10MΩ at 10X. The 1X bandwidth extends to 6MHz, while the 10X side reaches 100MHz-useful for common scope work on HP or Tektronix instruments. Maximum input voltage goes to 300V DC + peak AC at 1X and 600V DC + peak AC at 10X, and the 120cm cable gives you room to move around the bench. This is a low-cost way to get a matched pair of probes. The trade-off is in the hookup style: mini alligator clips and a ground lead are fine for test points, but they feel bulky when you're probing fine-pitch IC pins. You may want a finer tip or tweezers for dense boards.
Data Recovery Fixture Chip Recovery Test Fixture with 10 Probe
This fixture isn't asking what signal is at the tip; it's keeping the tip where you put it. The circuit board base measures 151x135mm, and the included stainless steel needle is 0.8mm in diameter and 135mm long. The probe can move forward/backward and up/down, and its position adjusts, so you can focus on soldering flying wires instead of wrestling a handheld probe. The package includes the fixture plus 10 probes, which makes sense for repeated chip recovery jobs where a needle can wear. It does not measure signals, so you still need a separate scope probe kit if your bench work includes waveform checks. The 151x135mm footprint means you should plan your repair area around that base size.
Final choice by use case:
- Choose the JINHAO two-probe kit when your main workflow is signal checking on an HP or Tektronix scope and you want 100MHz bandwidth at a small price.
- Choose the Data Recovery Fixture when your work involves repairing data damage caused by soldering flying wires and you need stable, adjustable needle positioning.
- If your bench does both, these tools complement each other. Start with the scope probe kit for daily testing and bring in the fixture when chip recovery becomes a regular job.
