HRS BM22-6S-V(53)
Product Overview
The BM22 series connector is designed for battery applications, intended to carry 3A to 4A electrical current. It features a robust design suitable for automotive equipment and devices requiring high reliability. Note: Due to the wider and thicker copper foil required for current capacity, FPC flexibility may be limited; designers should ensure the FPC can absorb displacements caused by fixing the PCB and battery.
| Specification | Value/Detail |
|---|---|
| Reflow Method | IR Reflow |
| Reflow Cycles | 2 Cycles Max |
| Peak Temperature | 250C Max |
| Duration Above 220C | 50 sec Max |
| Pre-heat Temperature | 150C |
| Pre-heat Time | 30-120 sec |
| Contact Plating | Gold 0.05m Min |
| Metal Mask Thickness | 100m |
HRS DF56C-26S-0.3V(51)
Product InformationThis document appears to be a label or part of a manual for a product. The text is largely unreadable due to image quality or formatting. No specific product overview, advantages, or application scenarios can be extracted.Part NumberModelDateSIU3PUOCSIL0IMOPUIM SI(BS N0 121032023...
HRS DF36A-25S-0.4V(51)
Product OverviewThe DF36 Series is a 0.4mm pitch, vertical mating, micro-coaxial cable connector designed for high-density applications. It offers a reliable connection solution for micro-coaxial cables, featuring space-saving configurations suitable for modern electronic devices.Brand: Hirose ...
HRS DF56C-30S-0.3V(51)
Product OverviewThe provided text appears to be a scanned document with OCR errors and does not contain clear product information such as function, usage, advantages, or application scenarios. Therefore, this section cannot be populated.AttributeValueProduct NameSIU3PUOCSIL0I MOPUIM SIS N0 ...
HRS DF56-50S-0.3V(51)
Product OverviewThe provided text does not contain clear information about product overview, function, usage, advantages, or application scenarios. It appears to be garbled or incomplete technical data.Part NumberDescriptionUnit PriceSJU3PUOCSIL0IMOPUIM SI(BS N0 12103 Ajpuny AUpigena) YSIy PUBLIP ...
