THM – T680 Series – Safety Controller

Description

THM – T680 Series – Safety Controller

T Safety Controller: This is an inseparable component of the advanced system solutions. It gives the basis to
functional safety in safety-critical systems in the industrial, robotics and construction machinery industries.
The controller is perfect in high-performance communication, multi-I/O control, and functional safety system projects.

The product uses Infineon AURIX™ processor that suits the needs of SIL (IEC) and ASIL.
D (ISO ) safety standards. This processor provides the best performance among Infineon -bit AURIX™
family, with as many as six processor cores at MHz each. This architecture is an improvement of system
performance, enhances productivity and enhances general control safety.

T Safety Controller has been designed based on the safety architecture (Category) of the EN recommended
safety architecture, standard and meets EN ISO, Performance Level d (PL d). An independent CPU core
is devoted to the safety of the system, which allows the safe communication between modules by means of
the internal data bus and promoting real time diagnostic monitoring. The design provides signal integrity and
improves data storage reliability.

Features-T680 Series

1. 6-core processor, MHz main frequency.
2. High-speed SPI interface ferroelectric memory (FRAM) with up to billion write/erase cycles. Dual-parameter backup storage improves data reliability.
3. Four-channel CAN FD interface with speeds up to Mbps, backward compatible with CAN. A and CAN. B protocols.
4. High-performance CAN transceivers with enhanced port voltage resistance capability.
5. The program debugging and firmware flashing with Ethernet interface enhance the efficiency of the development process.
6. Increased power performance in reverse polarity protection.
7. Supports remote OTA upgrades, including differential upgrade capability.
8. Highly integrated design with outputs and inputs, totalling I/O ports. × . A + ×  A High-side  PWM/DO output ports for driving high-power loads. × A + × A Low-side PWM/DO output ports. These can be combined with High-side outputs to form safety circuits and improve system safety levels. × . A +  ×  A DO outputs, all with diagnostic functions. × AO (‒ V) analog outputs. -channel ‒ mA / ‒ V / DI_H input ports for convenient analog signal acquisition.
9. Achieves ISO PL d functional safety level.
10. Software developed using CODESYS V., supporting static code analysis, software version management, and related functions.