Chíp Cắm Anybus-Ic Dil-32 Interface Solutions

Anybus-IC Single Chip

A family of very small certified communication interfaces fitting into a standard DIL-32 chip socket. Anybus-IC is ideal for industrial automation devices where size, connector flexibility and simplicity are the decisive factors. Anybus-IC's are designed to work with or without a host micro-processor.

Functionality of the Anybus-IC
Anybus-IC is a family of single chip communication solutions. The interfaces contain the complete functionality of an industrial network interface and provide a standardized and network independent application interface for the host automation device.

Anybus-IC application examples
Anybus-IC has been optimized for field devices, where small size and multiple network connectivity are important. Anybus-IC contains all electronic components and software necessary to implement a full featured industrial communication interface. Applications such as valve manifolds, and intelligent sensors / actuators are just some of today’s products that are successfully using Anybus-IC. 

Case examples:

Valve manifolds
Within a valve manifold, the Anybus-IC can be used to directly interface the electric, magnetic or hydraulic valve drivers. This is made via the SSC shift register interface of the Anybus-IC. The output data received from the fieldbus/Ethernet interface is used to directly open or close the valves. Input data is used to report the position of the valves back to the master on the fieldbus network (PLC). The valve manifold does not necessarily need an own microprocessor as the Anybus-IC provides direct discrete I/O. 

Typically, valve blocks are IP65 rated, so the network interface is realized with M12 connectors. The Anybus-IC supports up to 16 bytes of direct discrete input and 16 byte of direct discrete output data via the SSC interface. 

Actuators
Intelligent actuators typically have their own microprocessor. In these devices, Anybus-IC is connected via its asynchronous serial SCI interface with the main microcontroller of the actuator. Anybus-IC handles all communication and offloads the microprocessor of the actuator completely from all time critical communication tasks.

Through the fieldbus/Ethernet network interface and the SCI interface of the Anybus-IC, the actuator is parameterized during start-up. During regular operation, the set point for the actuator is transferred as output data via the fieldbus/Ethernet and the Anybus-IC. While the actual position of the actuator is transmitted as input data via the Anybus-IC and the fieldbus/Ethernet network to the master on the fieldbus/Ethernet network (PLC). Via the SCI interface, the Anybus-IC supports up to 128 bytes input and 128 bytes output data.