Branched end layout分支端头布局
Conductors separate toward different ends, creating individual connection points. Branch lengths and directions can follow the equipment modules.导线向不同端头分出,形成独立接入位置。各支路可围绕设备模块分别安排长度与方向。
GPS Rectangular Main Plug to 2-Branch Harness combines branched end layout, rectangular interface form, end transition layout. Interface, circuit and installation data guide dimensions, material selection and sample review.GPS矩形主插头转双支路连接线束的结构重点包括分支端头布局、矩形接口外形、端头转接与组合。接口、电路与安装资料将作为尺寸、物料和样品制作的确认依据。
Use the gps rectangular main plug to 2-branch harness form as a starting point and confirm these design points against drawings and the actual equipment.以GPS矩形主插头转双支路连接线束的结构形式为起点,结合图纸和实际设备确认以下设计要点。

Conductors separate toward different ends, creating individual connection points. Branch lengths and directions can follow the equipment modules.导线向不同端头分出,形成独立接入位置。各支路可围绕设备模块分别安排长度与方向。
The rectangular interface form allows end position and service clearance to follow the mating face, latch and cable exit.接口采用矩形轮廓,可围绕插入面、卡扣与线束出口安排端头位置和拆装空间。
The assembly organizes a transition or combined connection, with end directions, transition sections and fixing arranged around the equipment positions.组件以转接或组合形式组织连接,可围绕两端设备位置安排端头方向、过渡段与固定。
The table describes the construction and available configuration choices. Materials, dimensions, circuits and inspection requirements are agreed for each project.以下说明展示结构与可配置内容。具体材料、尺寸、电路和检验要求按项目确认。
| GPS/communication device model and interface定位或通信设备型号与接口 | Use device model and interfaces to define power and data roles.设备型号与接口明确供电及数据角色。 |
|---|---|
| Antenna bands, RF paths and supply needs天线频段、RF路径与供电需求 | Identify antenna bands, coax paths and power separately.天线频段、同轴路径与供电分别识别。 |
| CAN, serial or Ethernet pinoutCAN、串口或以太网针脚图 | Follow device pin maps for CAN, serial or Ethernet.CAN、串口或以太网依照设备针图。 |
| Vehicle installation, EMC and environment车载安装、电磁与环境条件 | Use vehicle installation positions for fixing, protection and service access.车载安装位置决定固定、防护与维修接入。 |
| Circuit and revision reference电路与版本依据 | Confirm exact receiver and vehicle references, pin assignments, antenna bias, RF loss, supply duty and permitted data access before selecting an adapter.选配转接组件前,确认接收器与车型资料、针脚、天线偏置供电、射频损耗、供电工况及允许的数据访问方式。 |
| Sample and manufacturing configuration样品与制造配置 | Release interface drawings, prototype fit checks, circuit tests and applicable RF checks before repeat production.重复生产前,确认接口图、样件装配、回路测试与适用射频检查。 |
These are connection directions for project discussion. Suitability depends on interfaces, circuits, installation conditions and project validation; configuration can be adapted to the equipment.以下为可讨论的连接方向。实际适用性取决于接口、电路、安装环境和项目验证,可按设备需求调整。

Define power, fusing and communication from the terminal interface. Use device model and interfaces to define power and data roles.供电、保险及通信按终端接口定义。选配时,设备型号与接口明确供电及数据角色。

Match bands, impedance and connector polarity to the installation. Identify antenna bands, coax paths and power separately.频段、阻抗及接头极性配合实际安装位置。选配时,天线频段、同轴路径与供电分别识别。

Keep network access and power within defined vehicle-circuit boundaries. Follow device pin maps for CAN, serial or Ethernet.网络接入与供电不应改变原车辆回路边界。选配时,CAN、串口或以太网依照设备针图。

For compact tracking devices, confirm antenna interfaces, orientation, cable outlets and service space before defining extension leads. Use vehicle installation positions for fixing, protection and service access.紧凑追踪设备需确认天线接口、安装方向、线缆出口和维护空间,再按设备要求配置延伸线。选配时,车载安装位置决定固定、防护与维修接入。

Select antenna/control interfaces separately from equipment data. Use device model and interfaces to define power and data roles.天线与控制接口应按设备数据分别选配。选配时,设备型号与接口明确供电及数据角色。

Match feedthrough fixing and RF transitions to the installation. Identify antenna bands, coax paths and power separately.穿壳固定和射频过渡需配合实际安装位置。选配时,天线频段、同轴路径与供电分别识别。


Our China factory supports gps & in-vehicle communication projects through custom wire harness manufacturing and OEM/ODM development. Interface, circuit and installation data guide material selection, sample builds and manufacturing-document approval before repeat production.Super Smile-Tech 中国工厂围绕GPS与车载通信线束的项目需求提供定制线束制造与 OEM/ODM 支持。我们从接口、电路与安装资料开始,协同物料选配、样品制作和制造文件确认,再按批准要求组织重复生产。
Use device model and interfaces to define power and data roles.设备型号与接口明确供电及数据角色。
Identify antenna bands, coax paths and power separately.天线频段、同轴路径与供电分别识别。
Use vehicle installation positions for fixing, protection and service access.车载安装位置决定固定、防护与维修接入。
No. Supply voltage alone does not define connector pinout, ignition behavior, vehicle data access or installation geometry. Confirm the exact platform and tracker.不适配。供电电压不能单独确定针脚、点火逻辑、车辆数据访问或安装形状,需要确认具体车型与定位器。
Only if relocation improves the antenna environment enough to justify the added loss. Length itself does not amplify the signal; verify the receiver and antenna link budget.只有改善天线位置带来的收益足以抵消新增损耗时才可能有帮助。长度本身不会放大信号,需要审核接收器与天线的链路预算。
A passive harness cannot. Data interpretation and reporting require compatible gateway electronics, software and authorized access.无源线束不能。数据解释与上报需要兼容的网关电子设备、软件和授权访问。
Share mating interfaces, a circuit table, target lengths or a sample for the gps rectangular main plug to 2-branch harness. We can use them to review configuration and sample requirements.提供GPS矩形主插头转双支路连接线束的对插接口、回路表、目标长度或参考样品,我们据此梳理选配与样品确认事项。