Keysight U4205A 34-Channel Mictor Probe for Logic Analyzers

Connect and debug with ease. The Keysight U4205A is a 34-channel single-ended probe. It directly connects to Mictor connectors on your board. Perfect for data and clock signal capture with portable logic analyzers. Get accurate measurements fast.

Quick Overview & Key Benefits

• Provides a direct, reliable connection to your device under test (DUT).
• Simplifies setup for debugging digital systems.
• Ensures high signal integrity for accurate logic analysis.
• Compatible with Keysight's 16850A Series portable logic analyzers.
• Sold as a separate probe to match your specific analyzer needs.

Main Technical Specifications

• Model: Keysight U4205A
• Type: Single-Ended Mictor Connector Probe
• Channel Count: 34 channels for data and clock
• Connector Type: Standard Mictor connector
• Compatibility: Designed for 16850A Series logic analyzers
• Application: Digital hardware debugging and validation
• Condition: New and original equipment

Ordering & Compatibility Guide

This probe is ordered separately from the logic analyzer mainframe. Always specify the correct probe model when ordering your analyzer. This ensures a perfect connection between your Keysight U4205A and the device you are testing. Using the right probe is key for reliable results.

Shipping & Warranty Information

We ship quickly worldwide. We use reliable carriers like FedEx, UPS, and DHL. Your purchase is protected. We offer a solid 12-month warranty on this probe for your peace of mind.

Professional Frequently Asked Questions

Is this probe compatible with logic analyzers from other brands?

No, it is specifically designed for Keysight's 16850A Series portable logic analyzers. Always check your analyzer model before purchase.

What does "single-ended" mean for this probe?

It means each channel measures a signal voltage relative to a common ground. This is common for general digital logic signals, unlike differential pairs.

Do I need any adapters to use the U4205A?

Typically, no. It connects directly to a standard Mictor header on your target board. Ensure your board has the matching physical connector.

Can I use this for high-speed memory bus debugging?

It is suitable for many digital buses. For very high-speed interfaces like DDR4/5, verify the probe's bandwidth against your signal requirements first.

From experience, what is a common setup mistake to avoid?

Avoid loose connections. Ensure the Mictor connector is firmly seated and locked on both the probe and the board header. A loose connection causes intermittent signals and faulty data capture.

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