Agilent/Keysight E1696A

The Agilent/Keysight E1696A is a logic analyzer probe adapter that bridges connections between logic analyzer probes and devices under test. This adapter enables signal acquisition and analysis while maintaining signal integrity and reliable electrical contact during digital circuit testing and debugging operations.

Technical Specifications

The E1696A interfaces with Agilent/Keysight logic analyzer systems through multiple connector standards. Compatible probe connections include 3M-style connectors with 20 pins on 0.1-inch centers for 40-pin pod analyzers, 90-pin high-density connectors for 90-pin pod systems, Mictor connectors, and 100-pin Samtec connectors used with differential and single-ended probing solutions.

Key Features

• Signal integrity maintained across wide frequency spectrum with minimized capacitive loading at higher frequencies


• Micro spring-pin contact technology ensures reliable connections on uneven or contaminated surfaces


• Strain relief mechanical design prevents signal degradation from probe movement


• High transient noise immunity protects captured data integrity


• Connectorless probing options available - soft touch probes eliminate need for board-mounted connectors


• Low capacitive loading designs support high-speed applications exceeding 2.5 Gbits/s

Typical Applications The E1696A serves digital circuit testing workflows requiring accurate signal acquisition from multiple device nodes simultaneously. Applications include logic state analysis, protocol debugging, timing validation, and multi-channel signal correlation on complex electronic assemblies.

Compatibility & Integration This adapter integrates with Agilent/Keysight logic analyzer platforms featuring 40-pin, 90-pin, Mictor, and 100-pin Samtec pod connectors. Related probing solutions - including the E5351A (un-terminated Mictor), E5339A (low voltage Mictor), E5379A (differential Samtec), and E5378A (single-ended Samtec) - utilize compatible probe connector kits for seamless system integration.