SMA メス現場交換可能コネクタ 4 穴フランジ、6.35mm 穴間隔、DC-26.5GHz
これらは、4 穴フランジを備えた SMA メス現場交換可能コネクタのグループです。フランジサイズは9.5mm、フランジ穴の間隔は6.35mmです。許容ピン径は0.23mm、0.30mm、0.38mm、0.46mm、0.51mmです。対応するサイズのガラスビーズとともに使用され、オスコネクタとメスコネクタの両方のタイプで使用できます。
部品番号リスト:
| SMA-KFD0223 | 対応ピン径：0.23mm |
| SMA-KFD0230 | 対応ピン径：0.30mm |
| SMA-KFD0238 | 対応ピン径：0.38mm |
| SMA-KFD0246 | 対応ピン径：0.46mm |
| SMA-KFD0251 | 対応ピン径：0.51mm |
仕様:
| 頻度 | DC-26.5GHz |
| 挿入損失 | ≤ 0.1 xSqt.(f_GHz) dB |
| VSWR | 1.15 |
| 本体材質 | ステンレス鋼 |
| 取付方法 | 4穴フランジ |
| フランジサイズ | 9.5mm |
| 穴の間隔 | 6.35mm |
| 穴のサイズ | 1.7mm |
| 動作温度 | -40～+85度 |
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FAQs
What are the advantages of using a 4 Hole Flange Connector?
The main advantage of a 4 Hole Flange Connector is improved mechanical stability and secure attachment, which means it can be used in environments requiring high durability. Its features include the improvement of signal integrity and reliable attachment to the connection with particular applications such as wireless communication, instrumentation, and testing at high frequencies.
What materials are used in 4 Hole Flange Connector?
The 4 Hole Flange Connectors are created from some of the highest grades of metals, which may include but are not limited to brass, stainless steel, and copper. These materials exhibit outstanding conductivity, corrosion-resistant capacity as well as durability to meet the requirements of different applications of high frequency and high performance.
What is a 4 Hole Flange Connector?
With a variety of an electrical connector, the 4 Hole Flange Connector, is specially designed for secure mounting and easy installation in a system that requires high-frequency signal transmission. It possesses four holes for firm attachment to a PCB, panels, and other surfaces.
How to Install a 4 Hole Flange Connector?
Mount the 4 Hole Flange Connector, ensuring accurate alignment of holes with the mounting points on your device or PCB. Mount it with screws-a tighter fit helps to avoid open contacts and possible signal loss or interference.
How to Troubleshoot a 4 Hole Flange Connector?
The first steps in solving a 4 Hole Flange Connector involve checking loose or broken connections, and continuity of the signal path with interruptions including corrosion and wear. As long as continuity exists then reconnect the connector for maximum efficiency.