VMIC 332-004512-300 Analog Input Transition Board

VMIC 332-004512-300 single-slot 6U VME rear transition board,passive P2 signal breakout for analog input front modules,multi-channel analog signal routing,shielded terminal connection,for industrial VME rack wiring arrangement and HIL simulation systems.
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Products Description


VMIC 332-004512-300 Analog Input Transition Board



Module Feature

332-004512-300 is a single-slot 6U VMEbus passive rear transition I/O board developed by VMIC (GE Fanuc / Abaco Systems). It mates with matched front-side analog input VME acquisition modules,transfers multi-channel analog signals from VME P2 rear connector to rear shielded terminal block connectors. This board is fully passive without active semiconductor chips,only PCB copper trace routing for analog signal transmission,without signal amplification,conversion or data processing. It moves all field analog cable connections to the rear side of VME chassis,reducing front panel cable congestion and minimizing analog signal interference with optimized ground and shielding layout. The terminal block supports differential analog wiring for noise suppression. Rugged Eurocard PCB with conformal coating,shock and vibration screened for power plant cabinet environment,widely used in gas/steam turbine analog signal acquisition cabinet wiring,aerospace ground test bench and legacy VME chassis rear signal distribution.

Working principle

P2 pins of front analog input VME module connect through VME backplane to P2 connector of this transition board. Internal shielded PCB traces directly route all incoming analog differential signals to rear terminal block connectors. No power consumption required; it only provides physical signal path extension and analog wiring transition.

Onboard components

VME J1/J2 edge connector,P2 rear VME connector,shielded analog terminal block,passive copper trace network and grounding shield plane.

LED indicators

No LED indicators,completely passive hardware.

Hardware self-diagnosis

Visual inspection of PCB,components and solder joints;continuity test of each analog signal channel;P2 pin contact and shield ground continuity verification.

Programming software

No driver or software required,completely passive hardware.

Electrical & Process Parameters

Model: 332-004512-300 Brand: VMIC Device type: 6U VMEbus passive analog input rear transition module Bus standard: VMEbus P2 rear I/O signal routing Signal type: Differential analog input signals Control mode: Passive wiring transition,shield ground layout for noise reduction,no active circuit Power supply: No external power needed Cooling: Convection cooling Protection: Shield plane for EMI suppression Mounting: Standard single-height 6U VME rear panel ejector locking Protection class: PCB with optional conformal coating

Mechanical & Structure

Mounting: Single-slot 6U VME Eurocard Protection class: PCB with optional conformal coating

Environmental

Operating temperature:0℃ ~ +70℃ Storage temperature:-40℃ ~ +85℃ Ambient humidity:20~80% non-condensing Certification: CE compliant Status: VMIC 6U VME passive rear transition breakout board for analog input modules

Installation

Follow ESD safety procedure before handling.Fully power off VME chassis.Insert 332-004512-300 into the rear slot aligned with matched front analog input module.Lock rear panel ejector latches.Connect shielded field analog wiring to rear terminal block.Power on chassis,run signal continuity check before commissioning.

Interface

VME J1/J2 backplane connector,P2 rear signal pins,rear shielded analog terminal block.

Diagnostic

Board undetected: not applicable for passive transition board. Signal open circuit: cracked PCB trace or loose P2 connector contact. High signal noise: poor shield grounding or unbalanced differential wiring. Terminal connection fault: loose terminal block screw or wire crimp failure.



Product Brief

VMIC 332-004512-300 single height 6U VME passive rear transition board,specially matched for front analog input acquisition modules,P2 differential analog signal breakout to rear shielded terminals,optimizes low-noise analog wiring for turbine signal collection and aerospace hardware-in-loop simulation VME racks.


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