Description
The National Instruments SHD9F-D9F FlexRay Cable, with part number 198290-01, is specifically designed to interface with National Instruments XNET FlexRay Interfaces. This 1-meter FlexRay Cable comprises 26 AWG twisted pairs that ensure compatibility with both FlexRay Bus A and FlexRay Bus B. The cable provides a resistance of 148.94 Ω/km at 20 °C and an impedance of 100 Ω, allowing for accurate signal transmission.
Equipped with 9-pin, Female D-SUB connectors at both ends, this cable ensures a reliable and secure connection. It features 5.2 ns/m delay measurement and 82 dB/km attenuation when non-terminated, which is significant for maintaining signal integrity, especially in demanding environments. The high-quality shielding makes it suitable for use in electrically noisy environments, contributing to its widespread use in the aviation industry.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SHD9F-D9F FlexRay Cable |
| Part Number | 198290-01 |
| Supported Interfaces | National Instruments XNET FlexRay Interfaces |
| Type | FlexRay Cable |
| Wire Gauge | 26 AWG twisted pairs |
| Bus Compatibility | FlexRay Bus A and FlexRay Bus B |
| Resistance | 148.94 Ω/km (at 20 °C) |
| Impedance | 100 Ω |
| Length | 1 meter |
| Connectors | 9-pin, Female D-SUB Front-End and Back-End |
| Delay Measurement | 5.2 ns/m |
| Attenuation (Non-Terminated) | 82 dB/km |
| Shielding | High-quality shielding |
| Industry Use | Widely used in the aviation industry |
Q1: What are the specific characteristics of the National Instruments SHD9F-D9F FlexRay Cable that make it suitable for use in the aviation industry’s electrically noisy environments?
A1: The National Instruments SHD9F-D9F FlexRay Cable is suitable for the aviation industry’s electrically noisy environments due to its high-quality shielding, 26 AWG twisted pairs for compatibility with FlexRay Bus A and B, and its ability to maintain signal integrity with a resistance of 148.94 Ω/km at 20 °C, an impedance of 100 Ω, a 5.2 ns/m delay measurement, and 82 dB/km attenuation when non-
Q2: What are the specifications and intended use of the National Instruments SHD9F-D9F FlexRay Cable with part number 198290-01, and how do its design features cater to the needs of the aviation industry?
A2: The National Instruments SHD9F-D9F FlexRay Cable, part number 198290-01, is a 1-meter cable designed for interfacing with National Instruments XNET FlexRay Interfaces, featuring 26 AWG twisted pairs for compatibility with FlexRay Bus A and B, a resistance of 148.94 Ω/km at 20 °C, and an impedance of 100 Ω for accurate signal transmission. It has 9-pin, Female D-SUB connectors on
Q3: What are the specifications and intended use of the National Instruments SHD9F-D9F FlexRay Cable in relation to its compatibility with XNET FlexRay Interfaces and performance in electrically noisy environments like the aviation industry?
A3: The National Instruments SHD9F-D9F FlexRay Cable, part number 198290-01, features 26 AWG twisted pairs, 148.94 Ω/km resistance at 20 °C, 100 Ω impedance, 9-pin female D-SUB connectors, 5.2 ns/m delay, and 82 dB/km attenuation, and its high-quality shielding makes it ideal for the aviation industry, where maintaining signal integrity in electrically noisy environments is crucial
Q4: What characteristics of the National Instruments SHD9F-D9F FlexRay Cable make it suitable for use in the aviation industry’s electrically noisy environments?
A4: The National Instruments SHD9F-D9F FlexRay Cable, part number 198290-01, is a 1-meter cable with 26 AWG twisted pairs, designed to interface with National Instruments XNET FlexRay Interfaces and is compatible with FlexRay Bus A and B. It features a resistance of 148.94 Ω/km at 20 °C and an impedance of 100 Ω for precise signal transmission, 9-pin Female D-SUB connectors for secure connections
Q5: What are the specifications and typical industry application of the National Instruments SHD9F-D9F FlexRay Cable with part number 198290-01?
A5: The National Instruments SHD9F-D9F FlexRay Cable is suitable for use in the aviation industry’s electrically noisy environments due to its high-quality shielding, 100 Ω impedance for accurate signal transmission, and 82 dB/km attenuation when non-terminated, which helps maintain signal integrity.
