HRS FX30B-4S-3.81DSA
FX30B Series Power Supply Connector
The FX30B series is a high-performance power supply connector designed for PCB connections, featuring position misalignment absorption (0.3mm). It supports currents from 13A to 25A and is ideal for applications requiring robust, multi-point contact reliability with low insertion/extraction forces.
| Item | Specification | Conditions |
|---|---|---|
| Contact Resistance | 2m Max. | Measured at 10mA |
| Insulation Resistance | 1000M Min. | Measured at 250V DC |
| Withstanding Voltage | No flashover/breakdown | 750V AC for 1 min. |
| Mating Durability | 5m Max. | 100 times |
| Operating Temp. | -55 to +105 | Includes temp. rise |
| Humidity Range | 85% Max. | Relative Humidity (Not dewed) |
HRS DF19-14S-1C
Product OverviewFor automotive equipment/devices demanding high reliability, please contact HIROSE ELECTRIC sales representatives. Drawing is for reference only.Product AttributesBrand: HIROSE ELECTRIC CO., LTD.Copyright Year: 2023Usage Consideration: Automotive equipment / device which demand high ...
HRS DF52-17S-0.8H(21)
DF52 Series 0.8mm Pitch, Compact and Robust Wire-to-Board ConnectorsThe DF52 Series connectors are designed for wire-to-board applications, offering a compact and robust solution with a 0.8mm pitch. They are suitable for various electronic devices and systems requiring reliable connections...
HRS DF36-15S-0.4V(51)
Product Overview The DF36 Series connectors are designed for vertical mating with a 0.4mm pitch, utilizing micro-coaxial cables. They are suitable for applications requiring compact and reliable connections. Brand HIROSE ELECTRIC CO., LTD. Product Series DF36 Series Pitch 0.4mm Mating Type Vertical ...
JAE Electronics FI-RE51S-VF-R1300
FI-R Series Connector for Internal Serial TransmissionThe FI-R series is a high-speed serial transmission connector designed for LVDS, TMDS (HDMI), and PCI Express applications. It is ideal for markets including personal computers, TVs, consumer devices, copiers, and medical equipment. Features ...
