6.5"7"8" 9" Type-c To 50pin LCD Screen Driver Board Game Controller Headphone Output
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Amazon
It supports input, which is HDMI-compatible1.4; It supports TYPE-C input, which can support terminals such as computers and phones, and only supports 5V power output, which can reverse the phone, up to1A. The LCD is 50PIN with reference to AT070TN92. The back light voltages supports LCD screens between 8-28V. The headphone port is output and can to external amplification devices using ordinary headphones. This driver board is suitable for 12V standard voltages input, with a minimum input of 12V and a of no more than 15V. Exceeding the specified voltages may damage the circuit board and components, so please carefully confirm power input voltages.
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Description
Amazon
It supports input, which is HDMI-compatible1.4; It supports TYPE-C input, which can support terminals such as computers and phones, and only supports 5V power output, which can reverse the phone, up to1A. The LCD is 50PIN with reference to AT070TN92. The back light voltages supports LCD screens between 8-28V. The headphone port is output and can to external amplification devices using ordinary headphones. This driver board is suitable for 12V standard voltages input, with a minimum input of 12V and a of no more than 15V. Exceeding the specified voltages may damage the circuit board and components, so please carefully confirm power input voltages.
It supports input, which is HDMI-compatible1.4; It supports TYPE-C input, which can support terminals such as computers and phones, and only supports 5V power output, which can reverse the phone, up to1A. The LCD is 50PIN with reference to AT070TN92. The back light voltages supports LCD screens between 8-28V. The headphone port is output and can to external amplification devices using ordinary headphones. This driver board is suitable for 12V standard voltages input, with a minimum input of 12V and a of no more than 15V. Exceeding the specified voltages may damage the circuit board and components, so please carefully confirm power input voltages.