Description
The Part Number E151684 identifies an IEEE-488 GPIB Cable manufactured by National Instruments, renowned for its high-quality construction and reliability in industrial applications. The cable’s contact points boast gold plating for superior conductivity, while the nickel-plated shell adds durability and corrosion resistance.
What sets this cable apart is its impressive shielding, which includes four layers: two made of copper and two foil shields, ensuring minimal signal emissions and interference. The twisted pair wire configuration further enhances performance by maintaining low operating capacitance, allowing for efficient data transmission.
Connectivity is versatile with one male GPIB connector and one female GPIB connector, adhering to the standard GPIB specifications. The cable’s design makes it particularly suitable for industrial environments where it can withstand magnetic pollution and electrical noise, ensuring a consistent and reliable connection for critical applications.
| Specification | Detail |
|---|---|
| Part Number | E151684 |
| Manufacturer | National Instruments |
| Type | IEEE-488 GPIB Cable |
| Contact Plating | Gold |
| Shell Plating | Nickel |
| Number of Shields | 4 (Two copper-based and two foil shields) |
| Wire Type | Twisted pair |
| Operating Capacitance | Low |
| Connectors | 1 Male GPIB, 1 Female GPIB |
| Applications | Industrial, resistant to magnetic pollution and electrical noise |
Q1: What are the distinct features of the Part Number E151684 IEEE-488 GPIB Cable by National Instruments that contribute to its reliability and performance in industrial settings?
A1: The Part Number E151684 IEEE-488 GPIB Cable by National Instruments ensures minimal signal emissions and interference through its construction by incorporating four layers of shielding—two made of copper and two foil shields—along with a twisted pair wire configuration to maintain low operating capacitance and efficient data transmission.
Q2: What distinctive features contribute to the reliability and performance of the National Instruments IEEE-488 GPIB Cable, Part Number E151684, in industrial environments?
A2: The National Instruments IEEE-488 GPIB Cable, Part Number E151684, features gold-plated contact points for superior conductivity, a nickel-plated shell for durability and corrosion resistance, an impressive four-layer shielding with two copper and two foil shields to minimize signal emissions and interference, and a twisted pair wire configuration that maintains low operating capacitance for efficient data transmission, all of which contribute to its reliability and performance in industrial environments.
Q3: What are the unique features and specifications of the Part Number E151684 IEEE-488 GPIB Cable manufactured by National Instruments, and how do they contribute to its suitability for industrial applications?
A3: The distinct features of the Part Number E151684 IEEE-488 GPIB Cable by National Instruments that contribute to its reliability and performance in industrial settings include its gold-plated contact points for enhanced conductivity, a nickel-plated shell for increased durability and corrosion resistance, impressive four-layer shielding with two copper and two foil layers to minimize signal emissions and interference, a twisted pair wire configuration for lower operating capacitance, and versatile connectivity with one male and one female GPIB connector designed to withstand magnetic pollution and electrical
Q4: How does the Part Number E151684 IEEE-488 GPIB Cable by National Instruments ensure minimal signal emissions and interference through its construction?
A4: The Part Number E151684 IEEE-488 GPIB Cable manufactured by National Instruments is distinguished by its gold-plated contact points for superior conductivity, a nickel-plated shell for durability and corrosion resistance, four-layer shielding with copper and foil to minimize signal emissions and interference, a twisted pair wire configuration for low operating capacitance, and versatile connectivity with one male and one female GPIB connector, all of which contribute to its reliability and high performance in industrial environments.
Q5: What are the distinctive features of the Part Number E151684 IEEE-488 GPIB Cable manufactured by National Instruments that contribute to its reliability and performance in industrial settings?
A5: The Part Number E151684 IEEE-488 GPIB Cable manufactured by National Instruments is distinguished by its gold-plated contact points for enhanced conductivity, a nickel-plated shell for durability and corrosion resistance, and an impressive shielding system comprising four layers, including two copper and two foil shields, to minimize signal emissions and interference. Additionally, its twisted pair wire configuration maintains low operating capacitance for efficient data transmission, and it offers versatile connectivity with a male and a female GPIB connector. These features contribute to
