The Agilent/Keysight 10483A is a 3-state data pod module designed for high-speed pattern generation applications. Operating at 3.3 V logic levels, this 74AVC16244 output pod integrates with Agilent’s 16720A and 1670G-004 pattern generators to deliver controlled digital stimulus. Each pattern generator requires at least one clock pod and supports up to four data pods, with configuration flexibility through optional lead sets.
Technical Specifications
• Output Type: 74AVC16244
• Logic Level: 3.3 V, 3-state
• 3-state Enable: Negative true (no connect = enabled)
• Maximum Clock: 300 MHz
• Skew — Typical: <1 ns
• Skew — Worst Case: 2 ns
• Recommended Lead Set: 10498A
– Key Features
The 10483A delivers sub-nanosecond timing precision with typical skew under 1 ns and worst-case skew of 2 ns, enabling reliable multi-pod synchronization across complex test scenarios. Its 3-state architecture with negative-true enable logic provides flexible output control, and the no-connect-enabled default simplifies integration into existing test benches.
Operating at 300 MHz maximum clock frequency accommodates medium-speed digital protocols and allows headroom for timing margins in timing-sensitive applications. The 74AVC16244 output buffer ensures consistent drive capability across all channels.
– Typical Applications
This data pod addresses functional and timing verification of digital circuits including microcontrollers, ASICs, and digital signal processors. Multi-pod configurations support parallel stimulus generation for high-channel-count test scenarios. The 3.3 V compatibility aligns with modern low-voltage digital device families.
– Compatibility & Integration
The 10483A mates exclusively with Agilent Technologies 16720A and 1670G-004 pattern generators. Connection to the pattern generator requires the recommended 10498A lead set or equivalent compatible interconnect. Modular pod architecture allows up to four data pods per generator for expanded channel capacity, each operating independently under the same master clock reference.
