Categorization：Harness Component
KEL USLS20-30 Very Thin Coaxial Harness is a USLS series produced by KEL (Japan Kelu) Company with the material number of USLS20-30 | contact spacing: 0.4mm very thin coaxial connector and adaptable very thin coaxial wire (AWG): # 38 # 40 # 42 # 44 # 46 is a kind of wire harness product assembled through the unique production process. Our company (World Trade Electronic Products Network) specializes in the production of ultra-thin coaxial wire harnesses-production and agent sales of KEL (Japan Kelu) USLS20-30 | 0.4mm spacing | # 38- # 46 ultra-thin coaxial wire harnesses. The following picture shows the ultra-thin coaxial wire harnesses (Micro) produced by our company Some pictures of Coaxial Cable harness assembly products (pictures are for reference only).
-1. Schematic diagram, specifications and features of connectors used in KEL (Japan Kelu) USLS20-30 | 0.4mm pitch | 36awg-46awg | very thin coaxial harness:
| The "USLS Series" is a pressure welded connector for 0.4 mm pitch very thin coaxial cable (AWG # 42); the "USL Series" is a stacked connection type. In cell phones and the like, the density of the bottom plate is getting larger and larger, and it becomes impossible to mount a connector on the edge of the bottom plate. The product ensures an effective mating length of 0.35 mm and achieves a low profile stack height of 1.65 mm. It has a pry resistant construction, which is a problem with the stack mount type. Excellent workability during mating due to stack mounting. The series covers 20, 30 and 40 poles. One of the great features of this product is that it is a lead-free product with solderless connections and batch bonding. By preparing the stacking type, a combination of a right angle (USL) of a backplane side connector on one side and a right angle (USLS) of a backplane side connector on one side can be supported. It is also possible to connect the cable at the rear of the phone. |
| Features |
| The connector mounting height is 1.65 mm and the mating width is 3.05 mm. |
| Miniature coaxial cable (AWG # 42) that can handle. |
| Crimping, thus improving connection reliability and making the connector compact. |
| Adopt metal shell noise countermeasure and product strength. |
| Ground terminal transfer feature/EMS feature is available at multiple points. |
| An effective mating length of 0.35 mm is ensured |
| Base plate nickel barrier to prevent solder from floating. |
| When the cable is connected after crimping, the cable can be passed through the thin tube of φ4mm. |
| Special extraction fixtures are available. |
-2. KEL (Japan Kelu) USLS20-30 | 0.4mm pitch | 36awg-46awg | Schematic diagram and specification parameters of the very thin coaxial line used for the very thin coaxial harness:
-- The material number or model of the KEL (Japan Kelu) ultra-thin coaxial line connector used for the ultra-thin coaxial line harness produced by our company is as follows:
| List of Coaxial Line Connectors of KEL Brand Produced by Our Company | ||||
| SSL20-10SB | SSL20-20SB | SSL20-30SB | SSL20-40SB | USL20-20S |
| USL20-30S | USL20-40S | TMC21-51-1 | USLS20-20 | USLS20-30 |
| USLS20-40 | USLS21-34 | XSLS20-30 | XSLS20-40 | XSLS20-40-A |
| XSLS20-40-B | XSLS20-52-B | XSL20-48S | TSL21-31S | TSL00-31L-A |
| TSL00-31S-A | ||||
-------------------4、 Very thin coaxial harness-KEL USLS20-30 | 0.4mm pitch | # 38- # 46 Very thin coaxial harness Manufacturer and distributor of this product: World Trade Electronic Products Network-Production and sales of [very thin coaxial wire harness-KEL (Japan Kelu) USLS20-30 | 0.4mm pitch | # 38- # 46 very thin coaxial wire harness] and I-PEX, JAE, HRS, HONDA, It is a Micro Coaxial Cable wiring harness assembly product composed of very thin coaxial connectors produced by KEL and other brands, 32AWG-46AWG very thin coaxial lines and 1.25PH-0.25PH pitch welding connectors; If you want to buy or know what we can provide (very thin coaxial wiring harness | Micro Coaxial Cable wiring harness assembly products) solutions, please contact us through the following way.
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