Model:Â | JS-TDJ-02H-Z-15w |
Solar panel: | 40W, 17V |
monocrystalline silicon | |
Light power: | 15W fluorescent tube |
Light source: | ultraviolet lamp, peak wave length 365nm |
Tube life span: | 3000-6000 hours |
Voltage: | DC12V/ AC 220V |
Control area: | 6670-13500 square meter |
Working temperature: | -30C--+60C |
Storage battery: | 12V/24AH |
Controller: | 12v/5A |
Continuously working days: | 3days |
Charging time: | 8 hours |
Applications:Â


GNEST is a professional group with independent research & development, design, production, sales and installation, specializing in project, design and erection of On / Off Grid Solar Power System. Meanwhile, the company is committed to research and development of PV application products with independent intellectual property rights and national / international certificates, such as Solar Insect killing lamp, Solar Powered Vehicle, Solar integrated street light, Solar lighting products, Portable Solar Power system, Solar Electric Charging Station, Solar-Powered Irrigation System etc.Â



HDMI, known as High Definition Multimedia Interface, is mainly used for transmitting HD audio and video signals.
There are three types of data transmitted by HDMI TMDS (plus Hsync and Vsync count as four) :
1.Preamble (control information) is mainly used to control the Data to be transmitted next, namely Data Island or Video Data
2.Data Island, all kinds of packet information, including audio packet, image packet, etc
3.Video Data, Video pixel Data. HDMI can transmit pixel Data in RGB and YUV formats
4. And Hsync and Vsync
HDMI Source device (HDMI HPD) will monitor the Hotplug port of the sink device. If the Hotplug is High, it will prove that the device can work, and then read DCC; if it is low, it will prove that the device is disconnected.
The HDMI Sink device should notify the source device that EDID has been changed by pulling the Hotplug down, and the source device will read the new EDID again after the Hotplug is pulled up, which should be more than 100ms.
HDMI provides that the EDID can be read by DCC when the 5V pin of HDMI is powered on, that is, the Hotplug needs to be high, and some Hotplug is directly connected to the 5V
TMDS Clock is the Pixel Clock, the Clock frequency used for a Pixel point. Through TMDS Clock CLK pins transmitted to the receiver, but the receiver is not clear for what TMDS Clock frequency of the sender sent, so you need to through the Phy (Phy is analog to digital conversion section, is different from the ADC, Phy is don't know the sampling frequency, the need to lock frequency and phase lock, detect the exact input frequency) to lock.
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