Densan DVE686-51AA

Product Overview
Densan Co., Ltd. develops standard bus boards including VME, CompactPCI and Multibus products for semiconductor manufacturing, factory automation, measurement and control systems. Surplus market listings identify DVE686-51AA as a Densan VME board supplied within Shinko Asyst material-handling and semiconductor equipment systems. Public factory datasheets with complete electrical parameters for the 51AA suffix were not retrieved.
Category:
Description
Technical Specifications
  • Bus standard: VMEbus, per Densan VME product family practice.
  • Form factor: confirm from board silkscreen and mechanical drawing; Densan VME boards commonly use double-height or 6U heights.
  • Input and output configuration: not included in retrieved public documentation.
  • Operating voltage and current: not included in retrieved public documentation.
  • Communication protocol: confirm from original system integrator documentation.
Key Features
  • VMEbackplane interoperability for modular industrial systems.
  • Suitable for long-life factory automation and semiconductor tool control where original spare boards are required.
  • Replaceable as a matched part number within the same Shinko Asyst or Densan system configuration.
Application Scenarios
  • Semiconductor wafer handling and inspection equipment.
  • SMT assembly and precision manufacturing lines.
  • Factory automation controllers requiring VME modular expansion.
Performance Parameters
  • Published clock rates, memory size, channel counts and timing values are not included in retrieved public documentation.
  • Evaluate performance only after the original equipment manufacturer firmware and backplane configuration are confirmed.
Material Composition
  • FR4 or equivalent industrial multilayer laminate, based on standard Densan VME board construction.
  • Gold or tin finish connectors depending on the original manufacturing revision.
  • Surface-mount and through-hole components mounted on a rigid PCB.
Structural Characteristics
  • Edge connectors for VME backplane insertion.
  • Onboard processor, memory and I/O sections partitioned by the original layout.
  • Mechanical mounting holes and stiffener provisions according to the VME card variant.
Working Principle
The board receives address, data and control cycles from the VME backplane, executes its onboard firmware or logic routines, and returns processed signals to connected I/O modules or system controllers. Signal flow follows the VME arbitration, interrupt and data-transfer rules defined by the installed firmware.
Installation Requirements
  • Power down the VME chassis before insertion.
  • Match slot width, board height and connector pinout to the existing backplane.
  • Verify correct board orientation using the keyed VME edge connector.
  • Confirm cooling airflow and rack clearance with the original equipment layout.
Usage Precautions
  • Use grounded ESD mats, wrist straps and anti-static packaging when handling the board.
  • Do not substitute DVE686-51AA for DVE-686/50 or DVE-686/51(9538) without verifying full part-number compatibility.
  • Store in a dry, dust-controlled environment away from corrosive gas.
  • Perform functional burn-in on the original bench fixture before returning the board to production equipment.
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