Acromag AVME9660 Non-Intelligent Slave Board

The Acromag AVME9660 is a non-intelligent slave board designed for VMEbus systems, functioning as a carrier for Industry Pack (IP) modules. This cost-effective solution expands I/O capabilities within VME environments and supports remote data acquisition and control applications. The board provides full data access to IP module I/O, ID, and memory spaces through programmable registers, enabling direct configuration and control from the VMEbus.

Technical Specifications

• Meets VME specifications per revision C.1 (October 1985), IEC 821-1987, and IEEE 1014-1987


• Supports A24/A16 address modifiers and D16/D08(EO) data transfers


• Handles Read-Modify-Write cycles with D16/D08(O) interrupter capability


• Programmable interrupt request levels I(1-7)


• Supports up to two interrupt requests per IP module


• Release on Register Access (RORA) interrupt release mechanism Industry Pack (IP) Module Interface


• Compliant with ANSI/VITA 4-1995 IP specifications


• Accommodates single or double-size IP modules


• 32-bit IP modules not supported


• I/O and ID space supported


• Memory space: 1 MB to 8 MB per IP module


• Supports two interrupt requests per IP module with interrupt acknowledge cycles Physical Characteristics


• 6U VMEbus form factor


• Dimensions: 9.187 inches (233.3 mm) length × 6.299 inches (160.0 mm) width


• Board thickness: 0.062 inches (1.59 mm)


• Maximum component height: 0.550 inches (13.97 mm)


• Recommended card spacing: 0.800 inches (20.32 mm)


• P1 connector: DIN 41612 96-pin Type C, Level II (VMEbus)


• Carrier field I/O: Two stacked 50-pin male headers with ejector latches Electrical Performance


• Power requirements: +5V ±5% (typical 0.233 A, maximum 0.275 A)


• ±12V ±5% not used (0 mA)


• Individually isolated and filtered power lines per IP module


• Storage temperature: -55 to 100°C


• Relative humidity: 5 to 95% non-condensing

Key Features

• Passive filtering on each IP module power supply line


• Front panel LEDs indicate successful IP accesses


• Software configuration and control via VMEbus


• Full fit, form, and functional replacement capability

Compatibility & Integration Operating temperature options: 0 to 70°C (standard) or -40 to 85°C (extended range). The board integrates into existing VME architectures supporting IP module expansion without requiring intelligent processing overhead.