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data acquisition card (daq) module model usb-6343  (National Instruments Inc)


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    Structured Review

    National Instruments Inc data acquisition card (daq) module model usb-6343
    Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor <t>units,</t> <t>hardware</t> module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a <t>DAQ</t> module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.
    Data Acquisition Card (Daq) Module Model Usb 6343, supplied by National Instruments Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/data+acquisition+card+%28daq%29module+model+usb-6343/pmc08714743-75-13-21?v=National+Instruments+Inc
    Average 90 stars, based on 1 article reviews
    data acquisition card (daq) module model usb-6343 - by Bioz Stars, 2026-07
    90/100 stars

    Images

    1) Product Images from "Intracellular Recording of Cardiomyocytes by Integrated Electrical Signal Recording and Electrical Pulse Regulating System"

    Article Title: Intracellular Recording of Cardiomyocytes by Integrated Electrical Signal Recording and Electrical Pulse Regulating System

    Journal: Frontiers in Bioengineering and Biotechnology

    doi: 10.3389/fbioe.2021.799312

    Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor units, hardware module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a DAQ module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.
    Figure Legend Snippet: Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor units, hardware module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a DAQ module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.

    Techniques Used: Software, Electroporation, Control

    Performance test of the electrical signal recording and electrical pulse regulating system. (A) Bode plot of the signal processing circuit. (B) Deviation of the pulse amplitude generated by DAQ. (C) Deviation of the pulse frequency generated by DAQ. In actual experiments, the frequency range of the electroporation pulses is 10–100 Hz, so the commonly used frequency points are selected for testing. (D) Deviation of pulse width generated by DAQ. (E) SNR comparison between shield box and no shield box. (F) Sensor performance test of NPMEA with PBS (Curves in different colors represented all 32 channels of a sensor).
    Figure Legend Snippet: Performance test of the electrical signal recording and electrical pulse regulating system. (A) Bode plot of the signal processing circuit. (B) Deviation of the pulse amplitude generated by DAQ. (C) Deviation of the pulse frequency generated by DAQ. In actual experiments, the frequency range of the electroporation pulses is 10–100 Hz, so the commonly used frequency points are selected for testing. (D) Deviation of pulse width generated by DAQ. (E) SNR comparison between shield box and no shield box. (F) Sensor performance test of NPMEA with PBS (Curves in different colors represented all 32 channels of a sensor).

    Techniques Used: Generated, Electroporation, Comparison



    Similar Products

    data acquisition card (daq) module model usb-6343  (National Instruments Inc)
    90
    National Instruments Inc data acquisition card (daq) module model usb-6343
    Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor <t>units,</t> <t>hardware</t> module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a <t>DAQ</t> module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.
    Data Acquisition Card (Daq) Module Model Usb 6343, supplied by National Instruments Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/data+acquisition+card+%28daq%29module+model+usb-6343/pmc08714743-75-13-21?v=National+Instruments+Inc
    Average 90 stars, based on 1 article reviews
    data acquisition card (daq) module model usb-6343 - by Bioz Stars, 2026-07
    90/100 stars
    		  Buy from Supplier
    data acquisition card (daq)module model usb-6343  (National Instruments Inc)
    90
    National Instruments Inc data acquisition card (daq)module model usb-6343
    Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor <t>units,</t> <t>hardware</t> module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a <t>DAQ</t> module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.
    Data Acquisition Card (Daq)module Model Usb 6343, supplied by National Instruments Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/data+acquisition+card+%28daq%29module+model+usb-6343/pm34976989-73-13-20?v=National+Instruments+Inc
    Average 90 stars, based on 1 article reviews
    data acquisition card (daq)module model usb-6343 - by Bioz Stars, 2026-07
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor units, hardware module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a DAQ module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.

    Journal: Frontiers in Bioengineering and Biotechnology

    Article Title: Intracellular Recording of Cardiomyocytes by Integrated Electrical Signal Recording and Electrical Pulse Regulating System

    doi: 10.3389/fbioe.2021.799312

    Figure Lengend Snippet: Design of integrated electric signal recording and electric pulse regulating system. (A) The system structure of integrated electric signal recording and electric pulse regulating system: biosensor units, hardware module, and software module. The hardware module includes a signal processing module (blue), electroporation module (orange), and a DAQ module (green). The functions of the software module include waveform display, data storage and pulse control (pink). (Numbers in parentheses indicate the corresponding labelled components in (B,C) ) (B) Signal processing module (integrated 32-channel signal processing circuit) diagram. (C) Electroporation module (integrated 32-channel electroporation circuit) diagram. (D) The software user interface of integrated electrical signal recording and electrical pulse regulating system. (E) The internal wiring of the shielding box. The ground wire of the shielding box is connected to the ground of the power supply, which can effectively shield the interference of power frequency noise and high frequency noise. (F) The photo of the integrated electrical signal recording and electrical pulse regulating system.

    Article Snippet: The hardware module contains a signal processing module, an electroporation module, and a data acquisition card (DAQ) module (Model USB-6343 from National Instruments Inc.).

    Techniques: Software, Electroporation, Control

    Performance test of the electrical signal recording and electrical pulse regulating system. (A) Bode plot of the signal processing circuit. (B) Deviation of the pulse amplitude generated by DAQ. (C) Deviation of the pulse frequency generated by DAQ. In actual experiments, the frequency range of the electroporation pulses is 10–100 Hz, so the commonly used frequency points are selected for testing. (D) Deviation of pulse width generated by DAQ. (E) SNR comparison between shield box and no shield box. (F) Sensor performance test of NPMEA with PBS (Curves in different colors represented all 32 channels of a sensor).

    Journal: Frontiers in Bioengineering and Biotechnology

    Article Title: Intracellular Recording of Cardiomyocytes by Integrated Electrical Signal Recording and Electrical Pulse Regulating System

    doi: 10.3389/fbioe.2021.799312

    Figure Lengend Snippet: Performance test of the electrical signal recording and electrical pulse regulating system. (A) Bode plot of the signal processing circuit. (B) Deviation of the pulse amplitude generated by DAQ. (C) Deviation of the pulse frequency generated by DAQ. In actual experiments, the frequency range of the electroporation pulses is 10–100 Hz, so the commonly used frequency points are selected for testing. (D) Deviation of pulse width generated by DAQ. (E) SNR comparison between shield box and no shield box. (F) Sensor performance test of NPMEA with PBS (Curves in different colors represented all 32 channels of a sensor).

    Article Snippet: The hardware module contains a signal processing module, an electroporation module, and a data acquisition card (DAQ) module (Model USB-6343 from National Instruments Inc.).

    Techniques: Generated, Electroporation, Comparison