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AKT 0100-71455 VMEbus Backplane
Manufacturer: AKT (AMAT)
Product Number: 0100-71455
Category: VMEbus Backplane
Bus Type: VME64 compliant
System Compatibility: VMEbus industrial control systems
Application: Backplane for VMEbus modules in industrial control and data acquisition systems
Product Description
The AKT 0100-71455 is a vital component in VMEbus-based systems, providing a crucial physical and electrical infrastructure. It ensures seamless communication and power delivery among VMEbus modules, enhancing overall system functionality.
Key Features
- VMEbus Standard Adherence: The AKT 0100-71455 is rigorously designed to meet VMEbus specifications. It ensures compatibility with various VMEbus modules.
- Slot Configuration: This backplane provides a specific number of standardized VMEbus slots. It offers defined mounting points for different modules and supports system expansion.
- Power Distribution: Equipped with robust power and ground connections, the backplane delivers a reliable electrical supply to all VMEbus modules.
- Signal Routing: The AKT 0100-71455 facilitates efficient, high-speed transmission of data, control, and clock signals among modules. This feature ensures smooth system operation.
- Thermal Management: The backplane includes effective cooling mechanisms. These dissipate heat from modules, maintaining optimal temperatures and system stability.
Functions
- Physical Interconnection: The backplane provides a sturdy mechanical framework and precise electrical connectors. It securely houses and connects VMEbus modules, forming the system’s core structure.
- Power Delivery: It distributes regulated power to each VMEbus module. This distribution ensures consistent electrical supply for reliable performance.
- Signal Transmission: The AKT 0100-71455 enables high-speed, low-latency communication between modules. It routes address, data, control, and clock signals effectively.
- Grounding: The backplane establishes a common ground reference for the system. This minimizes electrical noise and interference, enhancing signal integrity.
AKT 0100-71455 VMEbus Backplane
Manufacturer: AKT (AMAT)
Product Number: 0100-71455
Category: VMEbus Backplane
Bus Type: VME64 compliant
System Compatibility: VMEbus industrial control systems
Application: Backplane for VMEbus modules in industrial control and data acquisition systems
Product Description
The AKT 0100-71455 is a vital component in VMEbus-based systems, providing a crucial physical and electrical infrastructure. It ensures seamless communication and power delivery among VMEbus modules, enhancing overall system functionality.
Key Features
- VMEbus Standard Adherence: The AKT 0100-71455 is rigorously designed to meet VMEbus specifications. It ensures compatibility with various VMEbus modules.
- Slot Configuration: This backplane provides a specific number of standardized VMEbus slots. It offers defined mounting points for different modules and supports system expansion.
- Power Distribution: Equipped with robust power and ground connections, the backplane delivers a reliable electrical supply to all VMEbus modules.
- Signal Routing: The AKT 0100-71455 facilitates efficient, high-speed transmission of data, control, and clock signals among modules. This feature ensures smooth system operation.
- Thermal Management: The backplane includes effective cooling mechanisms. These dissipate heat from modules, maintaining optimal temperatures and system stability.
Functions
- Physical Interconnection: The backplane provides a sturdy mechanical framework and precise electrical connectors. It securely houses and connects VMEbus modules, forming the system’s core structure.
- Power Delivery: It distributes regulated power to each VMEbus module. This distribution ensures consistent electrical supply for reliable performance.
- Signal Transmission: The AKT 0100-71455 enables high-speed, low-latency communication between modules. It routes address, data, control, and clock signals effectively.
- Grounding: The backplane establishes a common ground reference for the system. This minimizes electrical noise and interference, enhancing signal integrity.
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