
( Brand: Dtmedin ), ( Manufacturer Part Number: TNC90BNC-9 ), ( Part Type: Transponder Cable ), ( Country/region Of Manufacture: United States ), ( Avionic Part Type: Cable )
The TNC90BNC-9 is a high-quality GPS ADs Transponder Cable, specifically designed for use with DTMEDIN systems. This cable boasts a length of 12 feet, making it an excellent choice for applications that require a significant distance between the transponder and the GPS device.
The cable is constructed using RG-400 coaxial cable, which is known for its exceptional performance in terms of signal integrity and noise rejection. The RG-400 material is flexible and durable, ensuring that the cable can withstand the rigors of use in various environments without suffering from damage or signal degradation.
The TNC90BNC-9 cable features a TNC (Threaded Neill-Concelman) connector on both ends, which is a popular choice for GPS applications due to its robust design and ease of use. The connector is threaded, allowing for a secure fit and reducing the risk of accidental disconnections.
This cable is designed to be used with DTMEDIN systems, which are commonly found in marine and aviation applications. The cable's ability to transmit GPS signals reliably and accurately is crucial in these environments, where accurate positioning and navigation are essential for safety and efficiency.
In summary, the TNC90BNC-9 is a 12ft RG-400 GPS ADs Transponder Cable that offers excellent signal integrity and noise rejection, making it an ideal choice for applications that require reliable transmission of GPS signals over a significant distance. Its TNC connectors ensure a secure fit, and its compatibility with DTMEDIN systems makes it a popular choice in marine and aviation applications.
Pros of buying TNC90BNC-9 TNC 12ft RG-400 GPS/ADS-B Transponder Cable DTMEDIN:1. Compatibility: This cable is specifically designed for use with TNC transponders, making it a reliable choice for aircraft owners looking to upgrade their avionics.
2. Length: The 12ft length of the cable provides enough slack for easy installation in most aircraft, without being excessively long and causing unnecessary clutter.
3. Durability: The RG-400 coaxial cable is known for its durability and resistance to signal loss, ensuring reliable communication between the transponder and GPS/ADS-B systems.
4. Weather-resistant: The cable is weather-resistant, which means it can withstand exposure to extreme temperatures, moisture, and other environmental factors that can damage less durable cables.
Cons of buying TNC90BNC-9 TNC 12ft RG-400 GPS/ADS-B Transponder Cable DTMEDIN:1. Cost: Compared to standard RG-58 or RG-6 coaxial cables, RG-400 cables tend to be more expensive due to their higher quality and lower loss characteristics.
2. Limited availability: While the cable is widely available online, it may not be as readily available in physical retail stores, making it more difficult to purchase in person or to see and touch before buying.
3. Complex installation: Installing the cable may require specialized knowledge and tools, which can be a barrier for some DIY enthusiasts who may not have the necessary skills or equipment.
Conclusion: Based on the pros and cons, the TNC90BNC-9 TNC 12ft RG-400 GPS/ADS-B Transponder Cable DTMEDIN is a high-quality cable that provides reliable performance and durability, making it a great choice for aircraft owners looking to upgrade their avionics. However, the higher cost and potential complexity of installation may be a deterrent for some buyers. Ultimately, the decision to purchase this cable should be based on the individual's specific needs, budget, and technical abilities.
Recommendation: For aircraft owners who value reliability, durability, and performance, the TNC90BNC-9 TNC 12ft RG-400 GPS/ADS-B Transponder Cable DTMEDIN is a recommended purchase. However, for those who are on a tight budget or who are not confident in their ability to install the cable, it may be worth considering a less expensive or easier-to-install option.
Custom-built coaxial cables, assembled using low-loss mil-spec RG-400 Teflon coax, a tnc male right angle connector on one end, and the other. If you don't feel comfortable rating me a 5 across the board, please let know why and give chance to fix any issues. If being purchased for a transponder or Dem installation, Garmin recommends that maximum length of 8 feet RG-400 be employed to insure proper operation.
This leaves time for inspection and test of the cables after manufacture. This cable can also be used in com, transponder Dem, or ads-b UAR installations when the antenna has a female tnc connector and radio bnc, vice versa. Ideal for Garmin 430w was installations when using a GA-35 antenna, or with any antenna having female tnc connector.
Less than the cost of a quality tnc connector alone.
Otherwise, I sell the more common bnc cables in another listing this offer includes 12 feet of premium 50 ohm RG-400 cable, a us-made tnc connector with gold-plated pin soldered for integrity and superior electrical performance life, German-machined.
I also have Teflon rg-393 coax for ultra low-loss transponder or ads-b installations. I strive for 5 star performance and a positive buyer experience. I can also leave the second connector finished except for crimp, on request.
It is only compatible with radios and or antennas tnc connectors on one end, like the Garmin GA-35. This allows you to route the cable through tight places in your aircraft that could not pass a tnc connector, leaving simple crimp termination is done with an inexpensive tool also available for loan on request. In addition, each connector has heat shrunk strain relief.
On purchase, please specify the exact cable length , and label if desired. I also have rg-393 coax available for ultra low-loss transponder or ads-b installations. This recommendation would hold for other transponders as well.
Labeling will allow you to keep track of the coax function behind your panel or in dense cable bundles, and can be unique aircraft.
They are more reliable and resistant to vibration than bnc-connector ed units.