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SHC68-68-EPM

The National Instruments SHC68-68-EPM Multifunction Cable, available in lengths up to 10 meters, offers high-performance connectivity with VHDCI and D-SUB connections for various NI devices, featuring shielded pairs for precise high-speed

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    Description

    The National Instruments SHC68-68-EPM cable, with its part number SHC68-68-EPM, is available in various lengths including 0.5 meters (192061-0R5), 1 meter (192061-01), 2 meters (192061-02), 5 meters (192061-05), and 10 meters (192061-10), to cater to different spatial requirements. This cable features a robust 68-Pin, Male VHDCI back-end connection and a reliable 68-Pin, Female D-SUB front-end connection, ensuring compatibility with a wide range of devices such as the M Series, X Series, S Series (selected models), and DAQCards.

    For applications requiring precise digital signal integrity, the cable’s digital twisted pairs are engineered with specifications that include a differential impedance of 107 ohms, a mutual capacitance of 14.5 pF/ft nominal, a conductor DC resistance of 0.099 Ohms/ft nominal at 20°C, and a time delay of 1.55 ns/ft nominal. Additionally, the individually shielded analog input pairs enhance the cable’s performance with specifications such as a differential impedance of 66 ohms, a mutual capacitance of 23.0 pF/ft nominal, a conductor DC resistance of 0.099 Ohms/ft nominal at 20°C, and a time delay of 1.55 ns/ft nominal.

    With its exceptional design and specifications, the SHC68-68-EPM cable is highly recommended for high-speed and high-frequency signal transmission with precision, particularly in industrial environments where electromagnetic interference can be a concern.

    Feature Specification
    Part Number SHC68-68-EPM
    Cable Length Options 0.5m (192061-0R5), 1m (192061-01), 2m (192061-02), 5m (192061-05), 10m (192061-10)
    Back-end Connection 68-Pin, Male VHDCI
    Front-end Connection 68-Pin, Female D-SUB
    Compatible Devices M Series, X Series, S Series (selected models), DAQCards
    Digital Twisted Pair Specs
    • Differential Impedance: 107 ohms
    • Mutual Capacitance: 14.5 pF/ft nominal
    • Conductor DC Resistance: 0.099 Ohms/ft nominal at 20°C
    • Time Delay: 1.55 ns/ft nominal
    Individually Shielded Analog Input Pair Specs
    • Differential Impedance: 66 ohms
    • Mutual Capacitance: 23.0 pF/ft nominal
    • Conductor DC Resistance: 0.099 Ohms/ft nominal at 20°C
    • Time Delay: 1.55 ns/ft nominal
    Recommended Applications High-speed and high-frequency signal transmission with precision; industrial environments

    Question 1: What are the unique design features and specifications of the National Instruments SHC68-68-EPM cable that make it suitable for high-speed and high-frequency signal transmission in industrial environments prone to electromagnetic interference?
    Answer 1: The SHC68-68-EPM cable features digital twisted pairs with a differential impedance of 107 ohms, mutual capacitance of 14.5 pF/ft nominal, conductor DC resistance of 0.099 Ohms/ft nominal at 20°C, time delay of 1.55 ns/ft nominal, and individually shielded analog input pairs with a differential impedance of 66 ohms, mutual capacitance of 23.0 pF/ft nominal, conductor DC

    Question 2: What are the specific digital and analog transmission specifications of the National Instruments SHC68-68-EPM cable that make it suitable for high-speed, high-frequency applications in industrial environments prone to electromagnetic interference?
    Answer 2: The National Instruments SHC68-68-EPM cable is designed with unique features such as digital twisted pairs with a differential impedance of 107 ohms, a mutual capacitance of 14.5 pF/ft nominal, and individually shielded analog input pairs with a differential impedance of 66 ohms and a mutual capacitance of 23.0 pF/ft nominal, both with a conductor DC resistance of 0.099 Ohms/ft nominal at 20°C and a

    Question 3: What are the distinct technical specifications of the SHC68-68-EPM cable that make it suitable for precise digital and analog signal transmission in industrial environments with potential electromagnetic interference?
    Answer 3: The National Instruments SHC68-68-EPM cable is designed for high-speed, high-frequency signal transmission suitability in industrial environments due to its robust 68-Pin, Male VHDCI and Female D-SUB connections, digital twisted pairs with a differential impedance of 107 ohms, a mutual capacitance of 14.5 pF/ft nominal, conductor DC resistance of 0.099 Ohms/ft at 20°C, time delay of 1.55 ns/ft

    Question 4: What are the characteristics of the National Instruments SHC68-68-EPM cable that make it suitable for high-speed, high-frequency signal transmission in industrial environments where electromagnetic interference may be an issue?
    Answer 4: The individually shielded analog input pairs in the National Instruments SHC68-68-EPM cable function to reduce noise interference, thus ensuring cleaner signal transmission, which is crucial for maintaining signal integrity in high-frequency applications, particularly in industrial environments where electromagnetic interference is prevalent.

    Question 5: What is the function of individually shielded analog input pairs in the National Instruments SHC68-68-EPM cable and how does it contribute to the cable’s performance in high-frequency signal transmission?
    Answer 5: The National Instruments SHC68-68-EPM cable is designed for high-speed, high-frequency applications with digital transmission specifications including a differential impedance of 107 ohms, mutual capacitance of 14.5 pF/ft nominal, conductor DC resistance of 0.099 Ohms/ft nominal at 20°C, and a time delay of 1.55 ns/ft nominal; and analog transmission specifications featuring individually shielded analog input pairs with a differential impedance of 66 ohms

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