Board-to-wire/Wire-to-wire Features ●Compliant with the Standard 0.64 Unsealed USCAR Footprints and USCAR Performance Standards ●Variations in PCB mountings 0.64 unsealed connector series compliant with the standard USCAR footprints. Variations of Keying / Color options and PC Board mounting features are available to satisfy customer's needs. ¡Current rating: 5A DC max. ¡Voltage rating: 14V DC ¡Temperature range: -40°C to +100°C (including temperature rise in applying electrical current) ¡Contact resistance: Initial value/15mΩ max. After environmental testing/15mΩ max. ¡Insulation resistance: 100MΩ min. ¡Applicable Wire: SAE/ AVSS / CAVS 0.3mm2 to 0.8mm2 ∗ Compliant with ELV/RoHS. ∗ Contact

AIT CONNECTOR Female terminal Applicable wire range Size Material and Finish qCopper alloy, tin-plated (reflow treatment) wCopper alloy, Contact area; gold -plated Barrel area; tin-plated Male terminal Applicable wire range Size Material and Finish qBrass, tin-plated (reflow treatment) wBrass, Contact area; gold-plated Barrel area; tin-plated

AIT CONNECTOR Male connector Top entry type With boss ¡20 circuits Screw hole type ¡8 circuits Housing Color Natural (White) Material and Finish Housing: Glass-filled PA Pin: Brass, tin-pla

AIT CONNECTOR Male connector Side entry type ¡52 circuits Screw hole type ¡10 circuits Reinforcement type ¡4 circuits Housing Color Natural (White) Natural (White) Material and Finish Housing: Glass-filled PBT Pin: Brass, tin-plated 9× 2.54 ∗Marked products display (LF)(

AIT CONNECTOR Male connector ¡10 circuits Material Housing: Glass-filled PBT, black TPA: Glass-filled PBT, red PC board layout Top entry type Screw hole type ¡8 circuits With boss ¡20 circuits Side entry type Screw hole type ¡10 circuits Reinforcement type ¡4 circuits 53.06 0.1 G H ×52 Crimping machine, Applicator Crimping machine Crimp applicator MKS-L Dies Crimp applicator with dies Note: When crimping operation is conducted using an applicator and die set other than the above, JST cannot guarantee the performance of the terminal. Note: 1. Tolerances are non-cumulative. 2. Hole dimensions differ...