VT2816A_Stage_Element_2400x1350_GREY.jpg

VT2816A | VT2816A FPGA

General-Purpose Analog I/O Module

The module VT2816A provides 12 inputs and 4 outputs for analog signals. They may be connected directly to the inputs or outputs of an ECU. Also, other digital signals can be measured or controlled using this module, e.g. to control additional parts of a test bench. 

This module is also available as a variant (VT2816A FPGA) with user programmable FPGA.

Characteristics

Functions for Each Channel

  • Voltage measurement with 2 measurement ranges
  • Differential or single-ended inputs (switchable)
  • Alternative current measurement with integrated shunt (eight channels)
  • Calculation of instantaneous, average, and effective values from the raw measurement values of the A/D converter; access to these values within CANoe

Functions for Each Output Channel

  • Voltage output with 2 switchable output ranges
  • Differential or single-ended output (switchable)
  • Autonomous output of a voltage curve loaded into module

Technical Data

VT2816A
Voltage measurement
 Input Voltage (2 measurement ranges)-10 V … +10 V or -60 V … +60 V
 Input resistanceMin. 1 MΩ
 Accuracy (at 25 °C) 
 – Measurement range ±10 V± 10 mV
 – Measurement range ±60 V± 50 mV
 – A/D converter (per channel, internal)16 Bit / 250 kSamples/s
Current measurement
 Measurement range-4.5 A … +4.5 A
 Common mode voltage-60 V … +60 V
 Accuracy (at 25 °C)± 50 mA
 A/D converter (per channel, internal)16 Bit / 250 kSamples/s
Voltage output
 Output voltage (2 output ranges)-10 V … +10 V or 0 V … 28 V
 Output currentMax. 200 mA
 Accuracy (at 25 °C) 
 – Output range ±10 V± 10 mV
 – Output range 0 … 28 V± 10 mV
 Slew rate (resistive load, 20 mA)Typ. 15 V/µs
 D/A converter (per channel)16 Bit
Basic Data
 Supply voltage (via backplane)12 V ±10%
 Power consumptionTyp. 4.9 W
 Temperature range0 … 55 °C
 Dimensions (L x W x H)300 x 173 x 36 mm
 WeightApprox. 490 g
Maintenance
 Calibration recommendedevery 12 months
 Accredited (pre/re) calibration according toISO/IEC 17025:2017