CONTACT

Shenzhen Qianhai KOOM Microelectronics Co., Ltd.

Address: Room 201, Building A, No.1, Qianwan 1st Road, Shenzhen-Hong Kong Modern Service Industry Cooperation Zone in Qianhai, Shenzhen

Email: pengxiaoxu@hotchip.com.cn

Telephone: 86-13798908768

Vape PCBA Solutions

Vape PCBA Solutions

Showing all 5 results

  • E-cigarette PCBA Board KCP2308BRechargeable Vaping Module KCP2308BQuick View
    Vape PCBA Solutions

    20×15.2mm MEMS Rechargeable E-cigarette PCBA Board KCP2308B

    This is a disposable electronic cigarette PCBA control module that utilizes MEMS airflow sensor technology. It mainly consists of two major components: the charging input interface and the electronic cigarette silicon microphone control module. This electronic component includes an airflow sensor, intelligent processing module, control module, execution module, charging management module, and lithium-ion battery control module. By monitoring and detecting human smoking actions, it simulates smoking effects using LED lights.

    • Using MEMS airflow sensor ensures stable performance.
    • The circuit has three operating modes: charging mode, normal working mode, and power-saving mode.
    • In power-saving mode: static current < 5μA.
    • Operating voltage: 1V5.0V.
    • Supports wide voltage charging (56.0V).
    • Includes protection functions such as over-temperature (OTP), undervoltage (UVLO), and short circuit (SCP).
    • Multiple LED display functions.
    • Simple peripheral application circuit with low cost.
  • E-cigarette Solution Board KCP2314Ae-cigarette pcb circuit board KCP2314AQuick View
    Vape PCBA Solutions

    21x22mm MEMS Rechargeable E-cigarette Solution Board KCP2314A

    This is an electronic cigarette PCBA solution control board based on MEMS airflow sensor. It consists of two main parts: the charging input interface and the electronic cigarette silicon microphone control module. The electronic components include an airflow sensor, intelligent processing module, control module, actuation module, charging management module, and lithium-ion battery control module. It is used to simulate smoking actions or detection and simulate smoking status through LED lights.

    Key features:

    • Utilizes MEMS airflow sensor for highly stable performance.
    • The circuit has three operating modes: charging mode, normal operation mode, and power-saving mode.
    • In power-saving mode, the static current is below 5μA.
    • Operating voltage range: 1V~5.0V.
    • Supports charging within a wide voltage range of 5~6.0V.
    • Built-in protection functions such as over-temperature protection (OTP), under-voltage lockout (UVLO), and short-circuit protection (SCP).
    • Multiple LED display functions.
    • Simple peripheral application circuit with low cost.
  • e cigarette pcb circuit board KCP2313AE-cigarette Circuit Board KCP2313AQuick View
    Vape PCBA Solutions

    23x21mm MEMS Rechargeable E-cigarette Circuit Board KCP2313A

    This is an electronic cigarette PCBA (Printed Circuit Board Assembly) solution based on a MEMS airflow sensor. It consists of two main parts: the charging input interface and the electronic cigarette control module. The electronic components include the airflow sensor, smart processing module, control module, actuation module, charging management module, and lithium-ion battery control module. It simulates the smoking action or detection of human inhalation using LED lights to mimic the state of smoking.

    Key features:

    • Stable performance utilizing MEMS airflow sensor.
    • Three operating modes: charging mode, normal working mode, and power-saving mode.
    • Power-saving mode with static current less than 5μA.
    • Operating voltage range: 1V to 5.0V.
    • Wide voltage charging support (5V to 6.0V).
    • Built-in protection functions such as overheat protection (OTP), undervoltage lockout (UVLO), and short circuit protection (SCP).
    • Multiple LED display functions.
    • Simple peripheral application circuit with low cost.
  • Vape PCB Solution KCP6302AVape Chip Circuit KCP6302AQuick View
    Vape PCBA Solutions

    6x6mm MEMS Atomizer Control Board Vape Chip Circuit KCP6302A

    The product is a 5-wire MEMS atomizer electronic cigarette circuit board based on MEMS airflow sensor. It consists of two main parts: the charging input interface and the electronic cigarette silicon microphone control module. The electronic components include an airflow sensor, intelligent processing module, control module, actuation module, charging management module, and lithium battery control module. It is used to simulate smoking actions or detection and simulate smoking status through LED lights.

    Key features:

    • Utilizes stable performance MEMS airflow sensor.
    • Three operating modes: charging mode, normal operation mode, and power-saving mode.
    • Quiescent current is less than 5μA in power-saving mode.
    • Operating pressure range: 1V~5.0V.
    • Supports charging within the general voltage range of 5~6.0V.
    • Built-in protection functions such as over-temperature protection (OTP), under-voltage lockout (UVLO), and short-circuit protection (SCP).
    • Multiple LED display functions.
    • Simple peripheral application circuit with low cost.
  • E-cigarette Pcb Circuit Board KCP6315Vape Mod Chip Circuit Board KCP6315Quick View
    Vape PCBA Solutions

    6x6mm MEMS Atomizer E-cigarette Pcb Circuit Board KCP6315

    This is a 3-wire MEMS atomizer electronic cigarette circuit board that uses MEMS airflow sensor. It is divided into two main parts: the charging input interface and the electronic cigarette silicon microphone control module. The electronic components include an airflow sensor, intelligent processing module, control module, actuation module, charging management module, and lithium battery control module. It is used to simulate smoking actions or detection and simulate smoking status through LED lights.

    Key features:

    • Low power consumption: Static current ＜5μA.
    • 6V constant voltage output.
    • Short-circuit protection (SCP).
    • 10-second protection for prolonged inhalation.
    • Overheating protection (OTP).
    • Simple peripheral application circuit with low cost.
    • Strong anti-interference capability.
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