01 / 07 PCBITE-7020
MMCX adapter for PCBite SQ100, SQ200, SQ350 and SQ500 probes. Connects signal and ground straight to an MMCX connector on the PCB, at the full rated bandwidth.
19 € excl. VAT
A direct MMCX connection for PCBite SQ oscilloscope probes. The shortest possible ground path for accurate ripple and noise measurements on power supplies and analog circuits.
The MMCX adapter mounts on the tip of a PCBite SQ100, SQ200, SQ350 or SQ500 oscilloscope probe and connects the probe signal and ground directly to an MMCX connector on the PCB. The ground path becomes as short as possible, which keeps noise pickup to a minimum.
This matters most on sensitive circuits such as power supply designs and analog stages. With almost no noise picked up through the ground path, ripple on supply rails can be measured accurately instead of disappearing in probe noise.
| Brand | PCBite |
|---|---|
| Manufacturer | Sensepeek AB |
| Article number | PCBITE-7020 |
| GTIN | 7350145660595 |
| Country of origin | China |
| HS code | 90309000 |
| HTS code | 9030906800 |
| ECCN | EAR99 |
| Safety information | Not applicable |
| Package weight | 30 g |
| Package dimensions | 176 × 125 × 10 mm |
Every material and design detail is chosen to last for years in a demanding lab environment.
Every material and design detail is chosen to last for years in a demanding lab environment.
Place MMCX connectors at several points on the board and move the probe from one to the next in seconds. With connectors at the input and output of a power supply, you can see whether noise enters or leaves through it. One probe is enough to scan many points quickly.
No MMCX footprint is required in the PCB layout. Expose a small area of copper at the signal and a nearby ground, then solder an MMCX connector directly to the board. This creates a short coaxial connection for measurements at points such as a regulator output or ADC input, while minimizing noise pickup.
The snap-on connection meets the board at the same point every time. Measure before and after a design change, or compare several boards, without differences in probe placement affecting the result.
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