BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative — RF connector
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative — RF connector。售价 263.9900 USD，当前有货，SKU PE91399，归类于 SMA to BMA Adapters Standard Polarity，页面可抽取 3 项量化参数。
- SKU
- PE91399
- Price
- 263.9900 USD
- Stock
- 有货
- Category
- SMA to BMA Adapters Standard Polarity
适用场景 (Applicable scenarios)
- 柴油发动机维修与大修（工程机械 / 发电机组 / 卡车）
- 射频 / 微波系统集成：测试测量、通信基站、雷达与卫星链路
核心参数 (Core specifications)
- 价格 / Price：263.9900 USD
- Impedance：50 Ohm
- Maximum Frequency：18 GHz
- 70%
竞品对比 (Competitor comparison)
- 本站现价 263.9900 USD；同级竞品报价需商家提供后补全
- 可核对型号 SKU：PE91399，便于与竞品逐项对照
- 已公开 3 项量化参数（见上节），可直接与竞品同参数比较
- 待商家补充：原厂/第三方参考价与差异结论
常见问题 (FAQ)
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 多少钱？ / How much does it cost?
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 现价 263.9900 USD，库存状态：有货。
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 的 SKU / 型号是什么？ / What is the SKU?
SKU：PE91399。
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 的核心参数有哪些？ / What are the key specifications?
Impedance：50 Ohm；Maximum Frequency：18 GHz；70%。
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 属于哪个类目？ / Which category is it in?
类目：SMA to BMA Adapters Standard Polarity。
BMA Jack to SMA Female RF Coaxial Adapter | 2-Hole Flange Mount, Slide-On Design | Cost-Effective Alternative 适合哪些使用场景？ / What is it used for?
RF connector 相关场景：柴油发动机维修与大修（工程机械 / 发电机组 / 卡车）、射频 / 微波系统集成：测试测量、通信基站、雷达与卫星链路。
High-Performance BMA to SMA Coaxial Adapter – A Cost-Effective Solution for Your RF Needs
Introducing our high-performance BMA to SMA coaxial adapter, meticulously engineered to offer a fully compatible, high-quality alternative to industry standards, such as the Pasternack PE91399. Designed for critical RF, microwave, and millimeter-wave applications, this adapter provides exceptional stability and signal integrity at a significantly reduced cost.
Key Technical Specifications:
- Adapter Type: BMA Jack to SMA Female
- Configuration: Between-series coaxial adapter
- Impedance: 50 Ohm
- Maximum Frequency: 18 GHz
- Body Style: Straight / In-line RF adapter
- Manufacturing Standard: Precision crafted to meet stringent RF component industry specifications
Advantages for Enterprise Buyers:
- Significant Cost Savings: Realize immediate budget efficiencies with prices up to 70% lower than original brand equivalents, without compromising on performance.
- Guaranteed Compatibility: Our adapters are designed to be fully compatible with existing infrastructure, ensuring a seamless drop-in replacement for models like the Pasternack PE91399.
- Stable and Reliable Quality: Benefit from consistent, precision manufacturing processes that ensure high-performance and long-term durability for your mission-critical systems.
- Fast Delivery from China Stock: With substantial inventory held in our China facilities, we offer rapid dispatch and expedited shipping to meet your tight project deadlines.
- Reliable Supply for Bulk Orders: We are equipped to handle large-volume orders with a dependable and scalable supply chain, ensuring continuity for your production and procurement needs.
- Quick Lead Times: Our efficient production and logistics minimize waiting periods, getting components to you faster.
- Excellent After-Sales Support: Our dedicated technical and customer service teams are committed to providing outstanding support, ensuring your complete satisfaction from inquiry to installation.
Optimize your RF component sourcing with our high-quality, cost-effective BMA to SMA adapters.
Contact us today to inquire about bulk pricing and to discuss how our solutions can meet your specific requirements. Our sales team is ready to assist you.
