Chargement sans fil

KEPO Electronics propose des solutions de recharge sans fil embarquées de 15 W et 50 W avec puces de cryptage SE intégrées. Nous réaliserons une conception d'apparence basée sur des véhicules de différentes structures avec un équipement de simulation professionnel.

• Communication en temps réel
• Surveillance et réglage de la température
• Mise à niveau OTA
• Autodiagnostic
• Module NFC intégré
• Surtension, Surintensité, et protection contre la surchauffe

Des produits

3D Diagramme schématique - 15O

Pouvoir ····················Lub 5O( BPP) 15O(PPE)
Protocole Qi ························································································· Qi 1.2.4
Topologie de la bobine ··········Lub Député- A13 / Député- A9
Fréquence de travail ··········································· ······················ 110kHz~150KHz
Tension de travail Anthes 9V~16V
Tension de fonctionnement nominale ············································································ 13.5V
Puissance de charge maximale········································································· 15O (fait référence à la puissance reçue par le récepteur)
Température de fonctionnement ···············Lub 40℃~85℃
Température de fonctionnement de charge ··········································· ······· – 30 ~ 70 °C
Protection contre la surchauffe ······························································· > 50 °C
Efficacité de charge Anthes >75%
Consommation d'énergie (courant de repos en veille) ······························ 100uA
Spécifications des tests environnementaux ··Lub ISO- 16750- 2
Classe CEM Classe ························································································· 4+
Spécifications des tests CEM········ CISPR 25, ISO 7637 – 2, ISO 11452, ISO 10605

3D Diagramme schématique - 50O

Pouvoir ····························· 5O( BPP), 15O(PPE), 50O(Matériel, MI, OPPO)
Protocole Qi ·················Lub Qi1.2.4/Qi 1.3
Protocole de charge rapide privé ····································· Matériel, OPPO, MI
Topologie de la bobine ····································································· Député- A13 / Député- A9
Fréquence de travail ····························································· 110kHz~150KHz
Tension de travail Anthes 9V~16V
Tension de fonctionnement nominale ··········································································· 13.5V
Puissance de charge maximale ····································································· 50O (fait référence à la puissance reçue par le récepteur)
Température de fonctionnement ································································· – 40℃~85℃
Température de fonctionnement de charge ··········································· ···· – 30 ~ 70 °C
Protection contre la surchauffe ··········································· ·················· > 50 °C
Efficacité de charge ···················Lub >75%
Consommation d'énergie (courant de repos en veille) ···························· 100uA
Spécifications des tests environnementaux ·········································· ISO- 16750- 2
Classe CEM ························································································· Classe 4+
Spécifications des tests CEM······· CISPR 25, ISO 7637 – 2, ISO 11452, ISO 10605