Infineon Usb005 | Free
The USB005 contains an onboard Cypress FX2LP microcontroller (CY7C68013A) with flash firmware. If the firmware becomes corrupted, the device will not enumerate.
Legacy USB connectors were passive; they simply connected pins. Modern USB-C implementations require "intelligence" on the cable. The source (charger) and sink (device) must negotiate voltage and current levels—ranging from 5V to 48V in the latest PD 3.1 standard—before power flows. This negotiation happens over the Configuration Channel (CC) lines.
: Primarily used with the Infineon PowIRCenter software . infineon usb005
Critically, the USB005 supports (typically 3.3V or 5V at up to 100mA), which is invaluable for bring-up of bare boards without a dedicated power supply. It also senses target voltage to avoid mismatched logic levels—a simple but effective safeguard against accidental damage.
The XC800 series (especially XC866) was widely used in university courses because of its robust motor-control peripherals. The USB005 remains the cheapest way to flash these boards without buying expensive third-party debuggers. The USB005 contains an onboard Cypress FX2LP microcontroller
On boards like the Xilinx ZCU104 or Ultra96-V2, the USB005 retrieves electrical data via PMBus. This helps in calculating the specific energy consumption of Processor Systems (PS) and Programmable Logic (PL) sections.
In the context of Infineon’s product hierarchy, the "USB005" designation is most accurately associated with used to test Infineon’s USB Type-C and Power Delivery solutions. Often based on the company’s flagship CCG ( Cypress Charger Gen) series of controllers, the USB005 serves as the bridge between theoretical design and practical application. : Primarily used with the Infineon PowIRCenter software
The USB005 is essential for hardware development cycles involving high-performance computing and edge devices.
What distinguishes the USB005 from a simple passive cable is its active signal conditioning. The adapter incorporates a programmable voltage translator, allowing it to operate with target logic levels from 1.8V to 5V. This feature is critical for modern low-power microcontrollers, which cannot tolerate 5V debug signals. Furthermore, the USB005 includes electrically isolated paths in certain versions, protecting the host PC from ground loops or voltage spikes originating from the target hardware—a common hazard in motor control or industrial power applications where Infineon XMC devices frequently reside.
Conversely, the USB005 lacks the ultra-high-speed SWO (Serial Wire Output) streaming and advanced trace capabilities of a high-end J-Link, and it does not support non-Infineon devices. Thus, it is a specialized rather than a general-purpose tool.
The efficacy of the lies in its sophisticated technical architecture. Built on decades of mixed-signal semiconductor expertise, the device integrates several critical subsystems into a remarkably small footprint.
