SRFS Teleinfra

Direct Solder 2.4mm Male to SSMP Female Cable Assembly for LP220

2.92mm Male to SMP Female Cable Assembly for BM260L

The Direct Solder 2.4mm Male to SSMP Female Cable Assembly for LP220 is a precision RF interconnect designed for reliable high-frequency signal transmission. Its direct-solder construction provides a secure connection while supporting excellent signal integrity and stable electrical performance. The assembly combines a 2.4mm male connector with an SSMP female interface for convenient integration into compatible RF systems. It is suitable for test and measurement equipment, telecommunications, aerospace, defense, microwave systems, and laboratory applications. Designed for dependable performance, this cable assembly offers low-loss connectivity, robust construction, and reliable signal transmission in demanding RF environments.

Configuration

Connector 1 Direct solder 2.4mm male Connector 2 SSMP(Mini-SMP) female
Body Gold plated brass Body Gold plated BeCu
Nut Passivated stainless steel Center Contact Gold plated BeCu
Center Contact Gold plated BeCu Cable Type LP220

Construction

No. Construction Size (mm) Materials
1 Center Conductor 0.51 Solid silver-plated copper
2 Dielectric 1.43 Ultra-low density PTFE
3 Outer Conductor 1.55 Silver-plated copper tape wrap
4 Outer Shield 1.85 Silver-plated copper wire braid
5 Jacket 2.20 FEP

Electrical

Electrical Specifications
Frequency DC-50 GHz
Impedance 50 Ω
*VSWR Max 1.55-1.6
*IL Max (0.1 meter assembly) 1.19dB
**Mechanical Phase Stability <±7°
Amplitude Stability vs Shaking <±0.2dB

Mechanical & Environmental

Min. Bending Radius Static 11mm
Min. Bending Radius Repeated 22mm
Velocity of Propagation 81%
Temperature (Operation) -50~105 °C
Temperature (Storage) -60~105 °C

Bulk Cable Attenuation

Frequency MHz 300 1000 2000 3000 6000 12000 18000 26500 30000 40000 50000 67000
dB/100 Meter 34.3 63.3 90.3 111.3 159.8 230.7 286.9 354.3 379.4 445.2 504.8 596.4
Avg. Power kW 0.510 0.277 0.194 0.157 0.110 0.076 0.061 0.049 0.046 0.039 0.035 0.029
Attenuation at any frequency = [1.96000 × SQRT(FMHz)] + [0.001330 × FMHz]