Vector VT System Overview User Manual

VT System Overview

Subtitel

Module Overview and Accessories

Name Description Channels Key Performance Characteristics

VT ECU Testing

Load and Measurement Modules (+/- 40 V):

VT1004A VT1004A FPGA

Load and Measurement Modules (+/- 60 V):

VT1104

Stimulation Module:

VT2004A VT2004A FPGA

Digital Module: VT2516A VT2516A FPGA

Serial Interface Module:

VT2710

Piggyboard Module:

PSI5SENTpiggy

General-Purpose Analog I/O Modules:

VT2816 VT2816 FPGA

General-Purpose Relay Module:

VT2820

Switch Matrix Module

VT2832

General-Purpose Digital I/O Modules:

VT2848 VT2848 FPGA

Real-time Module:

VT6011

Real-time Module:

VT6051A

Network Module:

VT6104A

Measurement of ECU outputs and connection of actuators

Stimulation of ECU inputs and connection of sensors

Connection of ECU inputs and outputs that are used in digital form

Simulation of intelligent sensors and ECUs with serial interface

Piggyboard module for the realisation of one PSI5 or SENT channel on the serial interface module VT2710

Analog inputs and outputs with signal conditioning

Relays for individual wiring and use 20 • Current-carrying capacity up to 6 A per relay

Matrix module for individual switching of currents

Digital inputs and outputs with signal conditioning

PC module for executing the real-time part of CANoe with the VT System

High-performance PC module for executing the real-time part of CANoe with the VT System

Network interface for the real-time modules VT6011 and VT6051A in the VT System

4 • Differential inputs

4 • Differential outputs

16 • Voltage and PWM measurement

10 • Up to 4 freely configurable PSI5 and SENT channels

1 • Sensor supply with up to 25 V / 200 mA

16 • 4 analog outputs

8 columns

4 rows

48 • Processes signals up to 60 V

2 PCI Express • Intel® Celeron® 2.0 GHz processor

4 PCI Express • Intel® Core™ i7, 2.50 GHz processor

4 • Supports CAN, LIN, J1708, CAN FD, K-Line

• Electronic load

• Current carrying capacity up to 16 A (continuous)

• Also available with user-programmable FPGA

• Electronic load

• Current carrying capacity up to 16 A (continuous)

• Decade resistor

• Arbitrary curve generator

• Also available with user-programmable FPGA

• Output of digital and PWM signals

• Also available with user-programmable FPGA

• 2 SPI channels with 5 chip select lines each

• 2 UART / RS232 / RS422 / RS485 channels

• 2 I2C channels

• Additional 2 LVDS channels for active probes

• Generation of PSI5 synchronisation pulses with freely

adjustable voltage, slope und hold time

• Generation of current modulated signals with free setting of low and high current levels and data rates up to 200 kBit/s

• Creation of shortcuts on PSI5 or SENT channels

• Simulation of various resistive or capacitive loads for

the complete bus channel or single components

• 12 analog measuring channels up to 60 V

• 8 current measurement channels upt to 5 A

• Also available with user-programmable FPGA

• Up to 16A / 60V per column

• Current and voltage measurement per column

• PWM switching up to 10 kHz and bitstream switching

• 4 additional pure switch channels

• Generating and measuring of PWM signals

• Also available with user-programmable FPGA

• PCI Express connections for VT System network

modules

• Passive cooling, no fan

• PCI Express connections for VT System network

modules

• Regulated fan, requires 2 slots

• Support of Extended Realtime (ERT) from the Vector

Tool Platform (VTP)

• Switchable termination resistors

• Relays for line breaks and short circuits

VT System Module Overview and Accessories

Name Description Channels Key Performance Characteristics

Network Module:

VT6204

Ethernet Network Module:

VT6306

Piggyboard Module:

100BASE-T1piggy 1101 1000BASE-T1piggy 88Q2112

Power Supply Module (+/- 40 V):

VT7001A

Power Supply Module (+/- 60 V):

VT7101

Rotation Sensor Module:

VT7820

Extension Module:

VT7900A VT7900A FPGA

Smart Charging Communication Module:

VT7970

Backplane:

VT8006A

Backplane:

VT8012A

Power Supply Module:

VTC8920B

(available in Europe)

Desktop Housing 42 HP Desktop housing in half 19” width 6 Slots • For installing the VT8006A backplane

Desktop Housing 84 HP Desktop housing in full 19” width 12 Slots • For installing the VT8012A backplane

Subrack 84 HP Subrack in full 19” width for mounting

Desktop Power Supply 12 V desktop power supply for

Identically to VT6104A 4 • Identically to VT6104A, supports additionally FlexRay

Automotive Ethernet network interface for the real-time modules VT6011 and VT6051A in the VT System

Piggyboard module for the realization of six 100BASE-T1 rsp. 1000BASE-T1 channels on the Ethernet network module VT6306

Power connection to an ECU’s power supply terminals (e.g. Terminal 15 and Terminal 30 of an ECU)

Power connection to an ECU’s power supply terminals (e.g. terminal 15 and terminal 30 of an ECU)

Application board for the extension module VT7900 FPGA to simulate rotational sensors

Extension of VT System by easy integration of application-specific electronics

Qualcomm-based module for the test of the smart charging communication between electric vehicles and electric vehicle supply equipment

Backplane for communication with the VT System modules in half-width 19“ housings

Backplane for communication with the VT System modules in 19“ frames/housings

12 V power supply as slide-in module for supplying the VT System

in 19” racks

supplying the VT System

6 • 6 Automotive Ethernet channels on specific piggy

• Two 100BASE-TX/1000BASE-T channels

• High precision time stamps for Ethernet frames

• HW sync (1μs) with multiple bus interfaces

• Media conversion between Ethernet networks

• Flexible hardware-based frame filter

• Multiple, configurable TAP units

• Configurable layer-2 switch mode

6 • Electrical error injection and signal switching

• Transceiver NXP TJA1101 rsp. Marvell 88Q21112 on

all channels

Only with 100BASE-T1piggy:

• Adjustable signal attenuation on 3 channels

• Resistive damping values of 5 Ω … 2,555 Ω

2 • Controls 2 external power supplies by RS-232 and

analog voltage

• Internal power supply (max. 2 A)

• Current carrying capacity up to 70 A (continuous)

• Current measurement (auto-ranging 100 μA ... 100 A)

2 • Controls 2 external power supplies by RS-232 and

analog voltage

• Internal power supply (max. 2 A)

• Current carrying capacity up to 70 A (continuous)

• Current measurement (auto-ranging 100 μA ... 100 A)

4 • Simulation of wheel speed sensors (S-, I- and V-type)

• Simulation of cam- and crankshaft sensors

• Number of encoder wheel teeth and gaps freely

configurable

• Voltage or current modulated signal

• Digital levels and slew rate freely adjustable

— • Platform for application-specific application board

• Full integration in CANoe

• Also available with user-programmable FPGA

1 • Simulation of an electric vehicle (EV) or an electric

vehicle supply equipment (EVSE)

• PWM and PLC communication

• Qualcomm PLC chip

6 Slots • Unused slots automatically deactivated

• Multiple backplanes may be cascaded

12 Slots • Automatic deactivation of unused slots

• Multiple backplanes may be cascaded

2 Connections • 200 W output power

• Additional space for circulation of cooling air

12 Slots • For installing the VT8012A backplane

1 Connection • 150 W output power

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V2.6|2020-11