Keysight / Agilent / HP E5396-68702 Kit of Five Retention Modules for E5396A/E5398A

The Keysight E5396-68702 is a five-module retention kit engineered to secure Soft Touch connectorless logic analyzer probes to target PCBs with precision pin-to-pad alignment. Each retention module employs micro spring-pin technology to establish reliable contact on signal pads, accommodating uneven or contaminated surfaces without requiring special plating or site preparation. Designed exclusively for the E5396A and E5398A probes, this top-side retention approach eliminates the need to access board rear surfaces and removes the requirement for dedicated connectors on the target board itself.

## Technical Specifications

• **Load Capacitance:** Less than 0.7 pF equivalent load capacitance
• **Maximum Data Rate:** Greater than 2.5 Gb/s
• **Low-Amplitude Signal Measurement:** 500 mV p-p (E5396A); 250 mV p-p (E5398A)
• **Contact Technology:** Micro spring-pin design for signal pad contact
• **Attachment Method:** Top-side retention module; no back-side board access required

## Key Features

• Minimal circuit intrusion through high input impedance design
• Quality mechanical construction delivers solid electrical connections with integrated strain relief
• Transient noise immunity engineered into probe architecture
• Smallest industry footprint for space-constrained PCB layouts
• No connector requirement on target board; half-size Soft Touch connectorless footprint integration only

## Typical Applications

Logic analysis and signal acquisition in complex electronic system debugging. Low-amplitude signal measurement. Mixed-signal oscilloscope probing where board real estate is limited and minimal circuit loading is critical.

## Compatibility & Integration

**E5396A Probe:** Compatible with Keysight logic analyzers featuring 40-pin cable connectors and Keysight Infiniium 54830 Series mixed-signal oscilloscopes.

**E5398A Probe:** Compatible with Keysight logic analyzers featuring 90-pin cable connectors.

Retention modules attach directly to both probe models; no additional adapters or configuration required.