https://cablematic.com/en/products/cable-rg-174rf-20cm-ms-151-c-lp-machon-macho-WG096/
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- RG-174RF Cable 20cm (MS-151-C-LP-Male/N-Male)
- Length: 20cm
- Ideal for use as a patch cord and connector adapter
- End with a Hirose MS-151-C-LP-Male connector
- End with an N-Male connector
More info
RG-174RF coaxial cable 20 cm long, perfect for those who need a patch cord or connector adapter. It is equipped with Hirose MS-151-C-LP-Male connectors on one end and N-Male connector on the other. This combination of connectors makes the cable an excellent choice for those looking for a secure and reliable connection. Ideal for the transmission of radio frequency signals in applications such as telecommunications, audio and video systems, etc.
Specifications
- RG-174RF Cable 20cm (MS-151-C-LP-Male/N-Male)
- Length: 20cm
- Ideal for use as a patch cord and connector adapter
- End with a Hirose MS-151-C-LP-Male connector
- End with an N-Male connector
- black color
- Compatible with different types of connections
- High temperature resistant
- made of copper
- 3.7mm cable diameter
- 50 Ohm impedance
- PVC outer layer
- 10g weight
- Maximum working voltage of 500V
- Gross Weight: 10 g
- Number of packages: 1
Technical terms
- Hirose
- RF or Radio Frequency
The term Hirose refers to the interconnect systems manufactured by Hirose Electric Co., Ltd., a global leader in high-density connectors for precision applications.
Hirose connectors are characterized by their design optimized for extreme miniaturization in complex electronic devices. Their technical implementation ranges from board-to-board (BTB) connectors to FPC/FFC and RF coaxial solutions, allowing high-speed signal transmission with minimal degradation.
| Technical Spec | Typical Range |
|---|---|
| Pitch | 0.35 mm to 1.25 mm |
| Rated Current | 0.2A to 50A |
The evolution of mobile communication standards and the automotive industry has positioned Hirose as a benchmark in compact interface standardization. Their integration into automated SMT manufacturing is critical for IoT reliability.
Signal Integrity
Advanced designs feature multi-layer metallic shielding to minimize EMI and crosstalk in high-speed buses.
Key Advantages
- Extreme miniaturization for wearables.
- Secure locking mechanisms.
Hirose is the de facto standard for high-density interconnects in modern electronics.
