The HARTING har-flex ang. hyb F 8P+36S THR PL1 400pc is a high-performance angled hybrid connector designed for demanding applications such as motherboard to daughtercard or extender card connections. This connector combines power and signal contacts in a compact design, offering flexibility and space-saving benefits. It is manufactured with high-quality materials, including a liquid crystal polymer (LCP) insert and copper alloy contacts with gold plating on the mating side and tin plating on the termination side. The connector is RoHS compliant and features a V-0 flammability rating, ensuring safety and reliability in various industrial environments. Its robust design and high contact density make it ideal for applications requiring efficient signal and power transmission.
Connection type: Motherboard to daughtercard / Extender card
Number of contacts: 44
Number of signal contacts: 36
Number of power contacts: 8
Performance level: 1
Pack contents: 400 pieces on reel
Contact spacing (mating side): 1.27 mm / 2.54 mm
Rated voltage: 50 V AC / 120 V DC
Rated impulse voltage: 1.5 kV
Pollution degree: 2
Clearance distance: ≥0.4 mm Signal contacts / ≥0.94 mm Power contacts / ≥0.7 mm Signal to power contacts
Creepage distance: ≥0.4 mm PCB: Signal contacts / ≥0.94 mm PCB: Power contacts / ≥0.7 mm PCB: Signal to power contacts / ≥0.4 mm Connector: Signal contacts / ≥1.89 mm Connector: Power contacts / ≥2.09 mm Connector: Signal to power contacts
Insulation resistance: >1010Ω
Contact resistance: ≤25 mΩ
Limiting temperature: -55 ... +125 °C
Mating cycles: ≥500
Test voltage Ur.m.s.: 0.5 kV Signal / 0.84 kV Signal / Power / 0.84 kV Power / Power
Isolation group: IIIa (175 ≤ CTI < 400)
Moisture Sensitivity Level (MSL): 1 acc. to ECA/IPC/JEDEC J-STD-020D
Process Sensitivity Level (PSL): R0 acc. to ECA/IPC/JEDEC J-STD-020D
Coplanarity of contacts: 0.12 mm
Material (insert): Liquid crystal polymer (LCP)
Colour (insert): Black
Material (contacts): Copper alloy
Surface (contacts): Au over Pd/Ni Matingside / Tin plated Termination side