GT9P-间距2.54广濑连接器现货特价GT9P-12P-2.54DSA（70）
| GT13-1S-HU |
| GT13-2022/F3.3-5PCF |
| GT13-2022/F3.3-5SCF |
| GT13-2022/F4-5PCF(70) |
| GT13-2022/F4-5SCF(70) |
| GT13-2428/1.6-2.5PCF(70) |
| GT13-2428/1.6-2.5SCF(70) |
| GT13-2428/1.6-2.9PCF(70) |
| GT13-2428/1.6-2.9SCF(70) |
| GT13-2428/F3.3-3.8PCF(70) |
| GT13-2428/F3.3-3.8SCF(70) |
| GT13-2428/F4-5PCF(70) |
| GT13-2428/F4-5SCF(70) |
| GT13-30/1.6-2.9PCF(70) |
| GT13-30/1.6-2.9SCF(70) |
| GT13-30/F3.3-3.8PCF(70) |
| GT13-30/F3.3-3.8SCF(70) |
| GT13-30/F4-5PCF(70) |
| GT13-30/F4-5SCF(70) |
| GT13G-1/1S-HU |
| GT13G-1/1S-HU(22) |
| GT13G-1/1S-R |
| GT13GM-1/1PP-DS(10) |
| GT13GM-1/1PP-HU |
| GT13GM-1/1PP-HU(22) |
| GT13GM-1/1P-R |
| GT13GM-1/1S-HU |
| GT13GM-1/1S-HU(22) |
| GT13GM-1/1S-R |
| GT13GM-2022/4.5-6.2PCF |
| GT13GM-2022/4.5-6.2SCF |
| GT13H-30/1.6-2.9PCF |
| GT13H-30/1.6-2.9SCF |
| GT13L-2428/1.1-2.2SCF |
| GT13L-30/1.1-2.2SCF |
| GT13RM-1S-HU |
| GT13S-1/1/1/1PP-DS |
| GT13S-1/1/1/1PP-DS(10) |
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GT9P-间距2.54广濑连接器现货特价GT9P-12P-2.54DSA（70）
| DF13-3032SCF |
| DF13-10DS-1.25C |
| DF13-20DS-1.25C |
| DF13-30DS-1.25C |
| DF13-40DS-1.25C |
| DF13-2S-1.25C |
| DF13-3S-1.25C |
| DF13-4S-1.25C |
| DF13-5S-1.25C |
| DF13-6S-1.25C |
| DF13-7S-1.25C |
| DF13-8S-1.25C |
| DF13-9S-1.25C |
| DF13-10S-1.25C |
| DF13-11S-1.25C |
| DF13-12S-1.25C |
| DF13-14S-1.25C |
| DF13-15S-1.25C |
| DF14-2628SCF |
| DF14-3032SCF |
| DF14-3032SCFA |
| DF14-2628SCFA |
| DF14-4S-1.25C |
| DF14-5S-1.25C |
| DF14-6S-1.25C |
| DF14-8S-1.25C |
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GT9P-间距2.54广濑连接器现货特价GT9P-12P-2.54DSA（70）
连接器的发展应向小型化(由于很多产品面须面对更小和轻便的发展,针对间距和外观大小,高度都有一定的要求,这对产品的要求就会更加精密,如线对板的最良好选择小间距0.6mm和0.8mm)、高密度、高速传输、高频方向发展。小型化是指连接器中心间距更小，高密度是实现大芯数化。高密度PCB（印制电路板）连接器有效接触件总数达600芯，专用器件最多可达5000芯。高速传输是指现代计算机、信息技术及网络化技术要求信号传输的时标速率达兆赫频段，脉冲时间达到亚毫秒，因此要求有高速传输连接器。高频化是为适应毫米波技术发展，射频同轴连接器均已进入毫米波工作频段。
GT9P-间距2.54广濑连接器现货特价GT9P-12P-2.54DSA（70）
