Bosch VCU - Technical Data; Mechanical Data; Electrical Data; Outputs

Technical Data | 4
Bosch Motorsport Vehicle_Control_Unit_VCU_Manual 7/136
4 Technical Data
– 667 MHz Dual Core Processor exclusively for customer code execution (MATLAB
based)
– Identical, dedicated 667 MHz Dual Core Processor exclusively for logging purposes
– High Speed Logging 200 kHz of 6 analogue inputs (optional)
– Real time Ethernet SERCOS 3
– Event logging, Configurable pre-event logging
The Vehicle Control Unit VCU is a highly powerful processing unit for customer-developed
functions integrating a flexible logging device with high speed logging capability of up to
200kHz.
The processing cores feature floating-point arithmetic and a high-end FPGA for ultimate
performance and flexibility. The customer software development process is based on
MATLAB/Simulink to significantly speed up algorithm development (automatic code and
documentation generation).
It offers real time Ethernet functionality to exchange e.g. data used in control algorithms
between devices (guaranteed latency time 1 ms).
This device comes with a basic software consisting of operating system, H/W-drivers and
low-level functions like pin setup, diagnostics, etc. The customer can freely develop his
own application software using the MATLAB/Simulink environment.
Mechanical Data
Size 166 x 121 x 41 mm
Weight ≤ 660 g
Protection classification IP67
Operating temperature internal -20 to 80°C
3 motorsport connectors, 198 pins in total
Max. vibration Vibration profile 1 (see www.bosch-
motorsport.com)
Electrical Data
Supply voltage 5 to 18 V
Inputs
Analog channels
0 to 5 V, 0.5 % precision between 0.2 and
4.8 V, switchable pull-up
20
Digital PWM inputs
f_max=30 kHz
Hall-type speed measurement possible,
Switchable pullup 2.15 kOhm, (required for
Hall),
Tooth count differential*
8
Digital PWM inputs
f_max=30 kHz
Hall- and DF11 type speed measurement
4