Embedded Perspectives
Sensepeek
15 articles tagged with Sensepeek.
Shrinking Boards, Growing Problems: Why Hands-Free Probing Is Essential as Component Density Rises
As PCBs shrink to 0201 components, QFN packages, and BGA-only processors, traditional probing methods fail. Here is why the Sensepeek PCBite hands-free system is becoming essential for modern hardware debug.
Getting Started with Sensepeek PCBite: Unboxing to First Measurement
Step-by-step tutorial for setting up a Sensepeek PCBite kit, from unboxing and base plate preparation through probe attachment, ground connection, and your first hands-free oscilloscope measurement.
High-Speed Interface Validation with Sensepeek SQG Probes: USB, HDMI, and SATA
How to use Sensepeek SQG high-frequency probes for signal integrity validation on USB, HDMI, SATA, and PCIe interfaces, probe selection by data rate, AC vs DC coupling, and ground strategy.
6 Simultaneous Probe Points: Multi-Point Measurement with Sensepeek PCBite
How to set up 6 simultaneous measurement points on a single PCB using Sensepeek's PCBite platform, practical techniques for power supply debugging, timing analysis, and multi-rail correlation.
Sensepeek PCBite Oscilloscope Compatibility: PicoScope, Keysight, Tektronix, R&S, and GW Instek
A compatibility guide for Sensepeek PCBite probes with major oscilloscope brands, connection types, impedance matching, probe detection, and what to verify before pairing your scope with SQ and SQG probes.
Passive 6 GHz Probes Gaining Ground Over Active: The Case for Sensepeek SQG
Why passive high-frequency probes like the Sensepeek SQG series are becoming a viable alternative to active probes for GHz-class signal integrity work, noise floor, dynamic range, ESD tolerance, and cost.
Sensepeek PCBite Kit Buying Guide: SQ10-Only vs SQ200 Kit vs SQ500 Kit
A practical buying guide comparing the three Sensepeek PCBite kit configurations, SQ10-only starter kit, SQ200+SQ10 mid-range kit, and SQ500+SQ10 premium kit, to help you choose the right one for your lab.
Power Supply Debugging with Sensepeek PCBite: Ripple, Transients, and Voltage Rail Testing
How to use Sensepeek PCBite probes for DC-DC converter ripple measurement, voltage rail testing, load transient capture, and power sequencing validation on embedded boards.
Sensepeek PCBite Probe Maintenance: Replacing Needles, Cleaning, and Preserving Accuracy
The Sensepeek PCBite system is mechanically simple, stainless steel base plate, aluminum holders, articulating arms, and spring-loaded needle probes.
Sensepeek SQ vs SP Series: What Changed and Should You Upgrade?
A comparison of Sensepeek's new SQ-series probes against the original SP-series, insulated bodies, lower center of gravity, exchangeable needles, and whether upgrading makes sense for your lab.
Probing 0402 Pads and QFN Pins: Fine-Pitch SMD Debugging with Sensepeek PCBite
How to probe 0402 components, QFN packages, and BGA breakout pads using Sensepeek's spring-loaded needle probes and PCBite magnetic positioning system.
PCBite Hands-Free Probing: Why Engineers Are Switching from Clip-On Leads
A deep dive into the Sensepeek PCBite system, magnetic base plate, spring-loaded probes, and hands-free oscilloscope/multimeter measurements for embedded hardware debugging.
Sensepeek SQ200 vs SQ500: Choosing the Right Oscilloscope Probe Bandwidth
A practical comparison of Sensepeek's SQ200 and SQ500 oscilloscope probes, bandwidth, capacitance, and which one matches your embedded debugging needs.
Sensepeek SQG Series: Passive 6 GHz Probes for Signal Integrity and RF Debugging
Technical deep dive into Sensepeek's SQG15, SQG30, and SQG60 high-frequency passive probes, bandwidth tiers from 1.5 GHz to 6 GHz, AC vs DC coupling, and signal integrity applications.
PCBite Hands-Free vs Traditional Clip-On Probes: A Practical Comparison
Comparing Sensepeek PCBite hands-free probes against traditional clip-on oscilloscope probes, repeatability, fine-pitch access, multi-point measurements, and ergonomics.
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