MADDA16n
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AD Converter Modules for PCI-BASEII, PCIe-BASE Assemble DAQ Card. Record and Output Signals. Analog. For optimum customization to a measurement application, the PCI/PCIe cards from BMC Messsysteme GmbH can be supplemented with various modules. The analog modules of the MADDA series are perfectly suitable for the acquisition of measurement data as well as for analog controlling tasks. Get Connected. 16 Analog Inputs. 250kHz. 16 Bit. ±10V, ±5V, ±2V, ±1V. 16 analog inputs can be sampled with 16 bit resolution and 250kHz total sampling rate so that even slightest peaks of high-frequent signals can be detected. The measuring range is selected via software for each channel separately and does not affect the sampling rate. 2 Analog Outputs. 16 Bit. ±10V. The two 10V outputs can be used for analog controls with 16 bit accuracy. The channels of the module on slot 1 are available at the 37-pin D-Sub female of the PCI/ PCIe data acquisition card and can be connected externally at the PC card bracket. Use the add-on cable ZUKA16 to lead through the connections of the module on the second slot. Undisturbed and Safe. The integrated RISC controller generates jitter-free sampling sequences. In addition, the analog channels of the MADDA16 are galvanically isolated from the PC ground. This provides interference-free operation and protects DAQ system and PC against differences of potential. Modularity. Individuality. Flexibility. A great variety of analog input modules, analog output modules or CAN modules is available to equip the PCI/PCIe base board for a measurement application. The combination of the modules in the two card slots creates individual solutions. Analog-CAN Combination. Synchronous. If using both a MADDA and an MCAN module together on the PCI/PCIe card, analog and CAN data are sampled synchronously in time. bavarian measurement company munich

1 Installation on the PCI-BASEII, PCIe-BASE The MADDA16/16n module must always be installed at slot Ml of the PCI-BASEII, PCIe-BASE. In this case, all analog inputs and outputs of the MADDA16/16n are available at the D-Sub 37 female connector of the PCI/PCIe card. If two MADDA modules are used on one card, the module with the lower address must use slot M1 and the other one slot M2 (see chapter 2). The channels of the module on slot M2 can be accessed at the internal pin connectors K3, K4 of the DAQ card. They can be led out of the PC to a slot bracket with D-Sub 37 female using the...

3 Pin Assignment of the MADDA Modules with the PCI/PCIe Card The following table shows which pins are used for the connection of the analog channels. The channels of the module on the first slot are accessible at the 37-pin D-Sub female of the DAQ card. The connections of the module on slot 2 can be led through to an additional 37-pin D-Sub female by means of the add-on cable ZUKA16. MODULE SLOT Ml MODULE MODULE SLOT 2 a • The maximum potentials against ground must not exceed ±10V! Any channel overload may influence measurements of other channels and may lead to wrong values. • Open...

4 Important Notes for Using the MADDA16/16n • • • • • • • • • The modules are only suitable for extra-low voltages - please observe the relevant regulations! The modules must only be used in closed PC housings (for reasons relating to EMC). All accessible pins are electrostatic sensitive devices. Provide for a grounded conductive work place. Only use non-solvent detergents for cleaning. The product is designed to be maintenance-free. The product must not be used for safety-relevant tasks. With the use of the product, the customer becomes manufacturer by law and is therefore fully...