Hirose 光纤, 90mm长, BF4MC转BF4MC, Φ0.5mm线芯, BF4M系列
- RS 库存编号:
- 179-0057
- 制造商零件编号:
- BF4MC-6GTXRX-B1-90MM
- 制造商:
- Hirose
可享批量折扣
小计（1 件）*
¥768.46
(不含税)
¥868.36
(含税)
暂时缺货
- 在 2026年4月20日 发货
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单位 | 每单位 |
|---|---|
| 1 - 9 | RMB768.46 |
| 10 - 99 | RMB753.09 |
| 100 + | RMB738.03 |
* 参考价格
- RS 库存编号:
- 179-0057
- 制造商零件编号:
- BF4MC-6GTXRX-B1-90MM
- 制造商:
- Hirose
产品技术参数
产品技术参数资料
法例与合规
产品详细信息
通过选择一个或多个属性来查找类似产品。
选择全部 | 属性 | 值 |
|---|---|---|
| 品牌 | Hirose | |
| 长度 | 90mm | |
| 连接器 1 | BF4MC | |
| 连接器 2 | BF4MC | |
| 端接/未端接 | 端接 | |
| 线芯直径 | 0.5mm | |
| 护套颜色 | 白色 | |
| 数据速率 | 6.25Gbps | |
| 最高工作温度 | +60°C | |
| 最低工作温度 | -10°C | |
| 系列 | BF4M | |
| 选择全部 | ||
|---|---|---|
品牌 Hirose | ||
长度 90mm | ||
连接器 1 BF4MC | ||
连接器 2 BF4MC | ||
端接/未端接 端接 | ||
线芯直径 0.5mm | ||
护套颜色 白色 | ||
数据速率 6.25Gbps | ||
最高工作温度 +60°C | ||
最低工作温度 -10°C | ||
系列 BF4M | ||
- COO (Country of Origin):
- JP
Hirose developed the micro "BF4MC connector" that enables optical transmission of data between boards that are incorporated in devices.It converts an electrical signal that is received from a board by using the semiconductor component built-in the connector, and transfers the data via optical fiber.BF4MC connector is a revolutionary design that enables easy use of electromagnetic noise-free, insulated, long-distance, high-speed transmission.
Optical transmissions achieved by simplified electrical connections:
Optical signal transmission is accomplished with electronic connectors and has eliminated the need for cleaning the mating faces of traditional fiber optic connectors.
High-speed, signal transmissions with no EMI noise:
Optical signal transmissions rated up to 6.25 Gbps are possible.
Since there is no EMI noise to contend with on the signal lines, system design time is reduced.
Optical signal transmission is accomplished with electronic connectors and has eliminated the need for cleaning the mating faces of traditional fiber optic connectors.
High-speed, signal transmissions with no EMI noise:
Optical signal transmissions rated up to 6.25 Gbps are possible.
Since there is no EMI noise to contend with on the signal lines, system design time is reduced.