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Related Manuals for Bartels Mikrotechnik microComponents mp6-XOEM
Summary of Contents for Bartels Mikrotechnik microComponents mp6-XOEM
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Page 1: Operating Manual For Controller Mp6-Xoem
Operating Manual for Controller mp6-XOEM Rev. 1.2 (04.2020) -
Page 2: Table Of Contents
Content Operating Manual for Controller mp6-XOEM ............................1 General ..........................................3 Declaration of conformity ..................................3 Description of functions ..................................3 Proper use ........................................4 Intended purpose ..................................... 4 Misuse......................................... 4 Staff selection and qualification ................................ 4 About this operating manual ................................4 The mp6-XOEM controller .................................. -
Page 3: General
Bartels Mikrotechnik assumes no liability for abnormal handling, improper or negligent use of the micropump and the controller that is not conform to the specified purpose of the system. This applies especially for micropump controllers, components and systems of other manufacturers, which have not been certified by Bartels Mikrotechnik. -
Page 4: Proper Use
Do not make any modifications or extensions to the pump or controller without the prior written consent of the manufacturer. Such modifications may impair the safety of the unit and are prohibited! Bartels Mikrotechnik GmbH rejects any responsibility for damage to the unit caused by unauthorized modifications to the pump and risk and liability are automatically transferred to the operator. -
Page 5: The Mp6-Xoem Controller
The mp6-XOEM controller The mp6-XOEM is a small, easy to use driving circuit developed for the micropumps of the mp6-series especially the mp6-liq as it delivers a 200Hz signal at full amplitude as a default signal. It generates amplitudes up to 250 Vpp from a 3-5 V DC supply. -
Page 6: Electrical Characteristics
Electrical Characteristics Parameter Symbol Conditions Typ. Unit Supply voltage Average current VDD = 5 V consumption Setting range AMPLITUDE AMPLITUDE = min. voltage at pump Vpump 0.5 VDC max. voltage at pump AMPLITUDE = Vpump 1.25 VDC VDD = 5 V Frequency output (Default) Digital Low-Signal... -
Page 7: Pin Description
Pin description Name Function 1,2,17,18 This pins should not be connected and left floating Ground Predefined clock signal. Frequency will be set to the nominal 200 Hz, when this pin is connected to CLK_INT (see image “Schematic 1” in chapter 0). It is also possible to connect an external clock signal with a quadruplicated frequency of the micropumps frequency. -
Page 8: Connecting The Micropump With The Mp6-Xoem
Connecting the micropump with the mp6-XOEM The micropumps of the mp6-series can be connected with the mp6-XOEM via a FCC connector. More information concerning this connector and the pin layout of the micropump can be found in manual of the micropump mp6- series. -
Page 9: Examples Of Circuiting The Mp6-Xoem
Examples of circuiting the mp6-XOEM Operation with fixed settings The mp6-XOEM can operate the micropumps of the mp6-series without further external components. In this case, frequency and amplitude to the micropump are predefined to 250 Vpp and 200 Hz by the internal circuit. Schematic 1: Predefined amplitude of 250 Vpp and frequency of 200 Hz by internal circuit. -
Page 10: Operation With Variable Settings Via Microcontroller
Schematic 3: Defining amplitude with external components. The relation of the voltage at the AMP-pin vs. the output voltage is shown in the picture below. It shows a gain of approx. 200:1 between reference voltage and output voltage. OEM-Behavior 1: Output voltage changed with external components. Unlike the mp6-OEM, the frequency on the mp6-XOEM cannot be selected via external capacitor. -
Page 11: Operation With Variable Settings Via I²C-Interface
Schematic 4: Controlling settings via microcontroller Operation with variable settings via I²C-Interface The mp6-XOEM can also be operated using the I²C-Interface. Using this interface all the features of the chip can be accessed. The functionality and procedures are identical to the mp6-QuadOEM. A complete interface and protocol description can be found in the manual of the mp6-QuadOEM on our download page. - Page 12 Visit our Website Contact Data: www.bartels-mikrotechnik.de Bartels Mikrotechnik GmbH Konrad-Adenauer-Allee 11 for further information on applications. 44263 Dortmund Germany Tutorials and helpful answers to frequently asked www.bartels-mikrotechnik.de questions can be found in our FAQ info@bartels-mikrotechnik.de Tel: +49-231-47730-500 http://blog.bartels-mikrotechnik.de Fax: +49-231-47730-501 or on our YouTube channel https://www.youtube.com/user/BartelsMikrotechnik...