LS2-XMHM-3M-CHT
Base product: LS2-XMHM-P
LSF2-50 SureFlex® Jumper with interface types NEX10 Male and 4.3-10 Male, 3m
Features and benefits
- WARNING: DO NOT MATE WITH 4.1-9.5 DIN
Specifications
Product classification
| Product Type | Wireless transmission cable assembly |
| Product Brand | HELIAX® | SureFlex® |
| Product Series | LSF2-50 |
General specifications
| Body Style, Connector A | Straight |
| Body Style, Connector B | Straight |
| Interface, Connector A | NEX10 Male |
| Interface, Connector B | 4.3-10 Male |
| Specification Sheet Revision Level | A |
Dimensions
| Length | 3 m | 9.843 ft |
| Cable Length Unit | Meters |
| Nominal Size | 3/8 in |
Electrical specifications
| 3rd Order IMD Dynamic | -112 dBm |
| 3rd Order IMD Dynamic Test Method | Two +43 dBm carriers per IEC 62037 |
Return loss/vswr
| Frequency band | Vswr | Return loss (db) |
| 806–960 MHz | 1.101 | 26.40 |
| 1710–2200 MHz | 1.101 | 26.40 |
| 2490–2690 MHz | 1.101 | 26.40 |
| 3300–4200 MHz | 1.222 | 20.00 |
Jumper assembly sample label
| Click on image to enlarge. |
Environmental specifications
| Immersion Test Method | Meets IEC 60529:2001, IP68 in mated condition |
Product classification
| Product Type | Wireless transmission cable assembly |
| Product Brand | HELIAX® | SureFlex® |
| Product Series | LSF2-50 |
General specifications
| Body Style, Connector A | Straight |
| Body Style, Connector B | Straight |
| Interface, Connector A | NEX10 Male |
| Interface, Connector B | 4.3-10 Male |
| Specification Sheet Revision Level | A |
Dimensions
| Length | 3 m | 9.843 ft |
| Cable Length Unit | Meters |
| Nominal Size | 3/8 in |
Electrical specifications
| 3rd Order IMD Dynamic | -112 dBm |
| 3rd Order IMD Dynamic Test Method | Two +43 dBm carriers per IEC 62037 |
Return loss/vswr
| Frequency Band | VSWR | Return Loss (dB) |
| 806–960 MHz | 1.101 | 26.40 |
| 1710–2200 MHz | 1.101 | 26.40 |
| 2490–2690 MHz | 1.101 | 26.40 |
| 3300–4200 MHz | 1.222 | 20.00 |
Environmental specifications
| Immersion Test Method | Meets IEC 60529:2001, IP68 in mated condition |
| Click on image to enlarge. |
Documentation & downloads