Anonymous Verified Buyer
" Very responsive and helpful, competitive pricing. Good source! "
July 2025
Keysight M3406A, AIT MIL-STD-1553, 4 Channels, PXI Interface Module
Rated 4.5/5 | 18 ratings
Actual item may vary if no part number is provided on quote request.
✔ 2 Year Warranty Included
✔ Free Ground Shipping
✔ NIST Calibration Available
Keysight M3406A PXI Interface Module
The Keysight M3406A PXI interface module is also identified with model number AIT MIL-STD-1553 for dedicated avionics communication by exchanging data on buses. The unit integrates complete protocol management functions that enable consistent communication with aircraft LRUs. The module operates within automated benches that require controlled signal behavior and reliable message execution. The M3406A interface provides up to 4 independent channels that operate concurrently without timing degradation. Each channel supports Bus Controller functionality that performs deterministic scheduling across all programmed frames. The M3406A PXI interface module supports up to 31 emulated Remote Terminals that respond with accurate timing characteristics under test. It also offers Bus Monitor capability that records all valid and invalid words under full bus loading.
The M3406A interface module supports complete error injection and detection features across every active channel. It produces controlled parity faults and controlled protocol faults and controlled timing faults for margin validation tasks. It also detects transient errors and persistent bus faults with accurate timestamp assignment. The unit performs data capture with programmable filtering features that isolate desired message types. The instrument delivers 100% bus recording using hardware assisted buffering that prevents frame loss during peak activity. The PXI M3406A interface also supports physical bus replay that outputs previously captured sequences on demand for regression and functional evaluation tasks. The PXI M3406A interface module provides variable output voltage capability that enables adjustment of transmitted bus levels. The output stability remains consistent during long duration verification cycles under varying load conditions. It supports software selectable coupling modes that include transformer coupling and direct coupling for transitions between different bus topologies.
The M3406A includes 10 programmable DIO lines that operate up to 30 V for discrete signal requirements. Each line permits independent configuration as an input or output with defined electrical thresholds. This eliminates external discrete interface hardware within many test configurations.The backplane timing ensures accurate synchronization across coordinated test sequences. The M3406A supports PXI trigger generation based on defined 1553 bus events. Triggers may assert on command detection or error detection or protocol activity. The trigger framework maintains deterministic alignment between digital and analog measurements. The Keysight M3406A interface module fits standard 3U PXI hybrid slots and maintains stable electrical performance across extended environmental ranges. The hardware design ensures consistent throughput across all operational modes.
| Model Name | M3406A |
|---|---|
| Alternate Model Name | AIT MIL-STD 1553 |
| Part Type | PXI Interface Module |
| Number of Channels | Up to 4 independent |
| Operational Modes | Bus Controller (BC), up to 31 RTs, Bus Monitor |
| Error Injection | Parity, Manchester, timing, protocol, and response errors |
| Digital I/O | 10 programmable DIO lines, up to 30 V |
| Triggering | PXI trigger generation on defined 1553 events |
| PXI Form Factor | Standard 3U PXI hybrid-slot compatible |
| Data Replay | Physical bus replay of captured 1553 traffic |
Associated part numbers for M3406A:
Delivery:
No hassle return policy.
Dedicated customer service team.
Receive Price & Availability Today!
Ask About Our Tiered Calibration Levels
Option & Modules:
Confirm Your Requirements or Versions
Cost & Lead Time Available Upon Request for Service
Repair Evaluation: $150
Common Typos: