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Type: |
BNC Series |
|
Model: |
BNC-75KHD8 |
|
Temperature Range: |
- 65 ~ +165℃ |
|
Impedance: |
50Ω, 75Ω |
|
Frequency Range: |
0-4GHz |
|
Durability: |
≥ 500 Times |
|
Working Voltage: |
1000V(rms) |
|
Contact Resistance: |
Inner Conductor: ≤ 1.5mΩ ; Outer Conductor: ≤ 0.2mΩ |
|
Insulation Resistance: |
≥ 5000MΩ |
|
Medium Pressure: |
1500V |
|
Voltage Standing Wave Ratio: |
≤ 1.30 (Straight Type) |
|
Usage: |
Communication equipment, microwave devices |
Materials and Coating: | ||
Piece Part: |
Base Material |
Plating |
Shell: |
Brass |
Gold plated; Nickle plated; Stainless Steel |
Pin insertion: |
Tin bronze |
Gold plated |
Jack: |
Beryllium bronze |
Gold plated |
Insulator: |
PTFE |
|
Crimping Sleeve: |
Copper alloy |
Nickel plated; Gold plated |
Sealing Ring: |
Silicone Rubber |
A connection solution is described here, the BNC-75KHD8 Series coaxial connector, that offers high performance, durability and reliability for modern communication and microwave technology applications. The electrical performance of this connector has been standardized in the industry but it also strives for excellence in terms of detail design and material selection which ensures great connectivity under different scenarios.
BNC-75KHD8 series plays an important part in many industries including communication industry, microwave industry, broadcasting industry as well as television industry due to its excellent performance and wide compatibility range. It can stabilize signals while transmitting, receiving or distributing them at high frequencies thereby making sure that they are clear enough for users’ high-quality communication experiences.
All connectors of BNC-75KHD8 series are highly precise ones produced by adopting advanced production skills with precision processing involved besides being reliable enough through long life span thus each one having such features should serve reliably without failure throughout its working lifetime. Moreover some materials used may be chosen according to what people want because there’re various options like gold plating; nickel plating; stainless steel etc., so that differing electrical performances coupled with mechanical strengths could be satisfied depending on where such things would be applied within this context.
What’s more the coaxial connector under discussion has a wider temperature range than others do apart from these two points: higher operating voltage; lower contact resistance along with higher insulation resistance which enable it operate normally even if very complex conditions were met or when faced with tough environments such as those characterized by frequent insertions/removals together with lots of vibrations among other factors like extreme temperatures plus high voltages too.
To sum up everything said above about BNC-75KHD8 series then brief statement is supported here – “It’s not just a good-looking device but also an excellent performer”