Categorization：Harness Component
HTK LVD-A40LMSG + Extremely Thin Coaxial Wire Harness is a type of LVD series produced by HTK (Japan Hondo Communications) with the material number of LVD-A40LMSG + | contact spacing: 0.5mm Extremely Thin Coaxial Connector and Adaptable Extremely Thin Coaxial Wire (AWG): # 36 # 38 # 40 # 42 # 44 # 46 is a kind of wire harness product assembled through unique production process. Our company (World Trade Electronic Products Network) specializes in the production of ultra-thin coaxial wire harnesses-HTK LVD-A40LMSG + | 0.5mm spacing | # 36- # 46 ultra-thin coaxial wire harness. The following picture shows the ultra-thin coaxial wire harness (Micro) produced by our company. Some pictures of Coaxial Cable harness assembly products (pictures are for reference only).
-1. Connector diagram, specifications and features of HTK LVD-A40LMSG + | 0.5mm spacing | 36awg-46awg | very thin coaxial harness:
| LVD series connectors are used to support the miniaturization of notebook computers, digital devices, or to save space between internal motherboards. |
| Features |
| Designed with a low profile so that plugs and sockets are 2 mm |
| The vertical fit of the connector is used to provide a higher degree of freedom for connector installation |
| By providing 8 locking positions, the PIN is in full and tight contact. |
| Shielding performance has been greatly improved by installing a metal shell over the entire outlet and sandwiching the two shells above and below the plug. |
| Capable of connecting thin coaxial cables and discrete cables |
| Application |
| Notebook PCs, Personal Digital Assistants (PDA),Camcorders, etc. |
| General Electrical Performance and Specification |
| Number of contacts: 30, 40 |
| Connection method: |
| Socket: Solder reflow mounting technique, |
| Plug: pulse heat welding technology |
| Current rating: 0.3 A to 0.2 A/pin (depending on cable conductor diameter) |
| Rated voltage: 50V AC (R. M. S.) |
| Operating temperature: -55 ° C to + 85 ° C |
| Insulation resistance: 100 megohms at 250V DC |
| . Dielectric withstand voltage: 150V AC (R. M. S.) for one minute |
| . Recommended cables: |
| Slim Coax: AWG # 36 to # 42 |
| Discrete cable: AWG # 32 O. D. 0.4mm MAX |
| Compliance with restrictions: Hazardous Substances (RoHS)/Halogen-free |
----------------------------------------HTK LVD-A40LMSG + | 0.5mm spacing | 36awg-46awg | Schematic diagram and specification parameters of ultra-thin coaxial line used for ultra-thin coaxial harness:
----------------------------------The material number or model of the HONDA ultra-thin coaxial line connector used for the ultra-thin coaxial line harness produced by our company is as follows:
| List of material numbers of coaxial connectors of HONDA brand that can be produced by our company | ||||
| LVC-D10LPMSG+ | LVC-D10SFYG+ | LVC-C20LPMSG+ | LVC-D20LPMSG+ | LVC-D20SFYG3+ |
| LVC-C30LPMSG+ | LVC-C30SFYG+ | LVC-C40SFYG+ | LVC-C40LPMSG+ | LVD-A30LMSG+ |
| LVD-A30SFYG+ | LVD-A30SFYG-TP | LVD-A50LMSG+ | LVD-A50SFYG+ | LVD-A40LMSG+ |
| LVD-A40SFYG+ | LVX-A40LMSG+ | LVX-A40SFYG+ | LVX-A30LMSG+ | LVX-A30SFYG+ |
-------------------4、 Very thin coaxial harness- HTK LVD-A40LMSG + | 0.5mm pitch | # 36- # 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-HTK LVD-A40LMSG + | 0.5mm pitch | # 36- # 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.
“Without the consent or authorization of this site, no one shall reproduce, reprint, distribute, cite, change, broadcast or publish the content in whole or in part in any form, nor shall there be any other violation of the copyright of this site.
