Xycom XVME-085 Non Intelligent Kernel (NIKL) Prototype Development Module

Xycom XVME-085 Non Intelligent Kernel (NIKL) Prototype Development Module  

Product Details Introduction

Xycom XVME-085 is a 6U compact prototype development module based on the VMEbus standard. The core adopts the mature Non Intelligent Kernel (NIKL) architecture, providing complete signal support for 8/16 bit VME slave devices. Users can customize application circuits in the reserved prototype area to quickly verify non-standard interfaces and special functional modules.

The core adopts NIKL non intelligent core design, derived from the mature solution of Xycom standard VME I/O module, with guaranteed compatibility and reliability.

Fully compatible with the VMEbus IEEE 1014 standard, supporting A16/D08 interface specifications, and can be used as a standard to connect devices to the VME backplane.

Built in complete signal link, covering timing generation, data/address/control signal buffering, meeting 8/16 bit slave communication requirements.

The integrated VMEbus interrupt support circuit allows for flexible configuration of interrupt requests and adapts to multi master device system interaction.

Equipped with jumper/switch optional address decoding circuit, supports custom address mapping, and improves system address resource utilization.

Provide a 35.5-inch prototype wiring grid that supports manual winding and component soldering, meeting the requirements of rapid prototyping verification.

Following the Xycom standard I/O architecture, it has built-in module I/O interfaces, status/control registers, and status indicator lights for easy functional debugging.

Single slot 6U size design (233.35 mm × 160 mm), compatible with standard VME chassis, saving cabinet space.

The core power supply is+5VDC, with a typical power consumption of 700 mA, compatible with VME backplane power distribution specifications.

Quick response feature: The total read cycle time is 535 ns, the total write cycle time is 665 ns, and the interrupt response delay is as low as 425 ns.

The working temperature ranges from 0 ° C to 65 ° C, and the storage temperature ranges from -40 ° C to 85 ° C, suitable for industrial site temperature and humidity fluctuations.

Support hot plug operation, can be installed/removed while the system is powered on, reducing the impact of debugging on production.

The module comes with an electrical isolation design to suppress on-site electromagnetic interference and ensure signal transmission stability.

The supporting XVME-090 expansion module can expand functional interfaces and adapt to complex prototype development scenarios.

Industrial grade packaging and component selection, with a long average time between failures, suitable for continuous prototype validation and small batch production.

Suitable for non-standard interface development of VME bus, prototype of motion control card (such as rotary transformer interface), verification of dedicated I/O modules, and research and development of industrial automation special function modules, it is the core tool for quickly implementing customized solutions for VME bus.

XVME-085  Product imag

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