Psa Xs Evolution 9780.z5 Driver ((top)) May 2026
Based on the name provided, this appears to be a reference to a specific piece of hardware used in automotive diagnostics, likely a PSA XS Evolution interface (commonly used with Diagbox software for Peugeot and Citroën vehicles).
However, the specific string "9780.z5" is unusual for the device model name (which are typically marked as "XS Evolution" or "Lexia 3"). It is highly likely that "9780.z5" is actually a version number, serial number, or firmware revision printed on the device casing or shown in the software. Psa Xs Evolution 9780.z5 Driver
Here is a helpful guide on how to identify and find the correct driver for this device. Based on the name provided, this appears to
Troubleshooting the Most Common Failures
3.2 Installation Steps on Windows XP Embedded
Warning: This driver is not signed for modern Windows (10/11). Use only on isolated legacy hardware. Warning: This driver is not signed for modern
- Disable Driver Signature Enforcement (F8 during boot).
- Copy the extracted folder
PSA_Xs_9780z5toC:\Program Files\PSA\. - Open Device Manager → Right-click on the unknown “Motion Controller” device.
- Select Update Driver → Browse my computer → point to the folder.
- Select
psa_Xs_9780z5.infand confirm the compatibility warning. - Reboot. The driver will create a virtual COM port (usually COM5) and a memory-mapped device
\\.\PSA_DEV_9780.
2.2 Version Specifics: Why “9780.z5” Matters
Many online forums incorrectly suggest using a generic “Psa Xs Evolution” driver. However, the 9780.z5 revision includes modified timing parameters for a slower external clock (12 MHz instead of 20 MHz). Using the wrong driver version results in:
- Intermittent communication timeouts
- Unexpected torque ripple at low speeds
- Corrupted CRC checksums during firmware updates
Safety first
- Wear eye protection and gloves.
- Work on a clean, stable surface with good lighting.
- Keep small parts contained.
1.2 Key Specifications
- Input Voltage: 24-80 VDC
- Peak Current: 7.8 A per phase
- Microstepping: Up to 256 microsteps/step
- Communication Interface: Isolated proprietary UART over a 6-pin LEMO connector (non-standard pinout)
- Feedback: Supports incremental encoder and Hall sensors
- Protection: Overcurrent, overtemperature, and short-circuit protection







