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PAR Proposal: IEEE-P1505.2 Portable-Bench Top Universal Pin Map

This proposal aims to provide a standardized portable bench top I/O pin map for interoperability of interface fixtures on multiple ATE systems. It addresses the need for greater transparency and flexibility in test program migration and supports a scalable universal pin map specification.

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PAR Proposal: IEEE-P1505.2 Portable-Bench Top Universal Pin Map

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  1. PAR Proposal:IEEE-P1505.2 Portable-Bench Top Universal Pin Map

  2. Proposition… • 5.4 Purpose of Proposed Standard: To provide a standardized portable-bench top I/O pin map to enable the interoperability of compliant interface fixtures (also known as interface test adapters, interface devices, or interconnection devices) on multiple ATE systems. utilizing IEEE 1505 Receiver-Fixture Interface (RFI) framework in scalable universal configurations. • 5.5 Need for the Project: There is no current standard (formal or defacto) standard that defines a scalable universal pin map for portable and bench top test systems utilizing IEEE-1505. The universal approach is required to support greater pin independence and versatility in how we interface test system resources to the Unit-Under-Test (UUT). Users of ATE Systems also need for greater transparency in migrating test program set software and adapter/fixture hardware between test systems. This project will mitigate these difficulties by applying a scalable universal pin map specification, which will permit the pin map to be extended and/or reconfigured through means of automated software driven test system tools. This project will serve to realign differing wiring points into a functional signal path relationship. • 5.6 Stakeholders for the Standard: Primary stakeholders are commercial, military and aerospace owners of portable and bench top ATE Systems.

  3. Current solutions: a. Primarily represents commercial test interfaces with random connectors and configurations, that are typically dedicated to custom design and applications having discrete signal performance, or where test interfaces are supplied. b. Typical test I/O interfaces have no established standards beyond low-end connector/contact level, nor do they easily migrate or interoperate between testers. Review of Existing Options…

  4. Current Front Panel Portable ATE Connector Schemes • Single/multi-port Manual Interface Connectors • BNC, SMA, Banana Plugs, DIN Connector, and D-Sub • Custom Manual Interface Connectors • • Circular Connectors • • ARINC/Cannon-like Block Connectors • • ZIF (Zero Insertion Force) Connectors • Cable Quick Connect – Disconnect Interface Connectors • • MacPanel/Virginia Panel/Hypertronics/Tyco/Cannon Block – Cable Interfaces • Multi-slot Interfaces Connectors • • MacPanel/Virginia Panel/TTI/SIT Panel Interfaces

  5. Current Portable/Bench Top Interface Requirements • Scalable • Reconfigurable • Standard • Multi-port • Mixed Signal • Signal • Power • Coax/Triax • Fiber-Optic • Pneumatic • Source Independence • High Reliability • Low Cost • Lightweight • Universal Switching

  6. Recommended Portable/Bench Top Interface/Connector Requirements • Open Interface Framework Standard • IEEE 1505 Receiver Fixture Interface • Open Interface Connector Standard • IEEE 1505 Receiver Fixture Interface • D-Sub and DIN Connector Standard • Scalable Open Switch Interface Standard • Rear Mount Interface of Switch Capability to Mixed Pin Connector • Direct Couple to Mixed Pin Connector to Instrument/Switch Module • Open Mixed Pin Connector IEEE 1505 • With Characteristic Requirements Supporting: • • Signal Performance: 2GHz bandwidth-2A current; 25K cycle life • Power Performance: 23A current capacity; 25K cycle life • • Coax Performance - 18GHz, 50 Ohm, 10K cycle life

  7. Recommended Portable/Bench Top ElectricalInterface Universal Switch Requirements • Switch System Goals: • - Tester per pin - Scalable - Reconfigurable – Upgradeable • Switching Distribution Levels/Implementation Structure Methods: • Resource/Carrier Module; isolates instrument from passive interconnect structure/mainframe panel; • Intermediate/Switch Module (I/SM); supports tree/matrix switching designs from passive interconnects structure/mainframe panel; • Passive Interconnect/Mainframe Panel with embedded matrix switching; supports embedded switch designs in mainframe panel for cross connect support; • Receiver/Plug-in Switch Card; supports tree/matrix switching designs to/from passive interconnect structure/mainframe panel and receiver interface I/O; • Other; supports custom tree/matrix switching designs to/from passive interconnect structure, or fixture mounted extensions. • Scalable Switch Node Characteristics; • Tree Structure: 1x2, 1x4, 1x8, 1x16, and 1x32; • Matrix Structure: 4x4, 8x8, 16x16, 32x32, and 64x64

  8. Recommended Portable/Bench Top ElectricalInterface Universal Switch Requirements Application of Matrix and Tree Switching Interconnected Serves To Provide an Universal I/O Pin Map Configuration. Universal I/O Pin Map Support Provides Access to Any Interconnected Instrument at Any Respective Signal/Power/Coax Pin Contact of the Interface

  9. Portable/Bench Top Universal Interface Standard • Apply IEEE 1505 Framework That is Open, Scalable, Lightweight and Low Cost with Minimum Four Slot Receiver, Which Supports 1,2,3, and 4 Slot Fixtures, That Can Be Scaled incrementally from 4 to 9, 15 slots. • Apply IEEE 1505 Connector Standards That Are Open, Scalable, High Reliability/Cycle Life with Mixed Signal Scaled Integration/Configurability and Maintainable. • Signal performance: 2A/1GHz/25K+ cycle life/pin replaceable • Power performance: Size 16/23A/250V/25K+cycle life/pin replacble • Coax performance: 18GHz/10K+ cycle life/pin replaceable

  10. Portable/Bench Top Universal Interface StandardDownsized Minimum Mechanical Footprint - 4 Slot Receiver Mounted Vertically or Horizontal Flexibility Summary Pin Map:  Signal - 600 pins  Coax – 64  Power – 38 pins

  11. Portable/Bench Top Universal Interface StandardDownsized Scaled Mechanical Footprint - 9 Slot Receiver Mounted Vertically or Horizontal Flexibility Summary Pin Map:  Signal - 1200 pins  Coax – 128  Power – 76 pins

  12. Portable/Bench Top Universal Interface StandardDownsized Scaled Mechanical Footprint - 14 Slot Receiver Mounted Vertically or Horizontal Flexibility Summary Pin Map:  Signal - 1800 pins  Coax – 96  Power – 76 pins

  13. Summary…1505.2 PAR Supports: …a downsized universal pin map is required for portable and bench top automatic test applications, as an alternative to custom – uncontrolled test interface implementations; …an open pin map standard that applies established IEEE-1505 Receiver Fixture Interface (RFI) mechanical/connector specifications and proven switch I/0 solutions tester-per-pin universal implementations, that provide integrators and users with an open standard to build on for their respective portable/bench top test applications; …an open universal reconfigurable pin map standard, which offers users greater inoperability, competitive product solutions, measurable performance, and reduced costs.

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