The Keysight N2262A is a 4×8 matrix switch module that provides 32 cross points for flexible signal routing in test and measurement systems. Each cross point switches two wires to manage both high and low signal paths simultaneously, enabling comprehensive switching control across multiple test instruments and device under test (DUT) connection points. The module supports parallel operation with up to eight channels active simultaneously, accelerating test cycles. Built-in relay cycle counters facilitate maintenance tracking across the module’s 10⁸ mechanical cycle lifetime. Multiple N2262A modules interconnect to create larger matrix configurations, and the module integrates with other switching elements such as multiplexers for expanded functionality. Compatible with Keysight 3499A/B/C switch control systems, the N2262A accepts screw terminal blocks, crimp terminals, and DIN96-to-D50/25 cable interfaces for flexible wiring integration.
Technical Specifications
• Configuration: 4 rows × 8 columns, 32 cross points
• Switching capacity: 2 wires per cross point (high and low signals)
• Maximum voltage: 200 V
• Maximum current: 1 A
• Maximum power: 60 W or 62.5 VA
• Initial closed channel resistance: <1 Ω
• Thermal offset: <3 µV
• Frequency range: Up to 10 MHz
• Relay type: Armature latching
• Mechanical life: 10⁸ cycles
• Ship weight: 6 lbs
– Key Features
• Dual-wire switching per cross point for differential and single-ended signal paths
• Built-in relay cycle counters for predictive maintenance
• High-speed parallel operation supporting eight simultaneous channels
• Low contact resistance and minimal thermal offset ensure signal integrity
• Modular design enables expansion to larger matrix configurations
– Compatibility & Integration
• Designed for Keysight (Agilent/HP) 3499A/B/C Switch/Control System mainframes
• Interconnects with multiple N2262A modules for extended matrix sizes
• Compatible with other module types including multiplexer modules
• Supports screw terminal, crimp terminal, and DIN96-to-D50/25 cable connectivity
