"Rated transmission power greater than 22kW but not more than 120kW Wireless charging receiving band Electric vehicles (including motorcycles) wireless charging equipment should work in the 19-21kHz frequency band wireless charging receiving band , Wireless charging equipment for electric vehicles (including motorcycles) with rated transmission power not exceeding 22kW should be usedIn the 79-90kHz frequency band wireless charging receiving frequency band , the radiation parameters should meet the Technical requirements for Wireless Charging (Power transmission) equipment.
The wireless charging button of the third generation Haval h6 is located on the center panel, which makes it easy for users to charge compatible wireless devices at any time. The following will introduce the relevant characteristics of Haval H6 in detail: Power performance: Haval H6-0T intelligent four-wheel-drive model is equipped with wireless charging receiving frequency band GW4N20-0GDIT engine independently developed by Great Wall Motor, this hairThe maximum power of the motor reaches 155KW, while the output of 325N.m of peak torque, providing users with strong and stable power.
Haval h6 wireless charging power 40 watts. Make sure that the door is closed and the key is in the car, switch the ignition switch to ON mode or start the vehicle, press the charging button, turn on the wireless charging function of the mobile phone, and place the mobile phone in the charging area to start charging. In order to achieve a better charging effect, make sure that the charging coil of the mobile phone is facing down.
Power performance: In terms of power system, Haval H6 is equipped with the third generation of Great Wall 5T turbocharged hairThe motor, with a maximum power of 183 HP, is expected to match the 7-speed dual-clutch transmission to ensure the smoothness and efficiency of the wireless charging receiving band power transmission. Overall, in terms of exterior design, interior configuration and power output, the Haval H6 shows outstanding performance and quality.
The third generation Haval h6 wireless charging button is located on the center control panel. The following is about the relevant introduction of Haval H6: Power Haval H6-0T intelligent four-wheel drive version is equipped with GW4N20-0GDIT engine independently developed by Great Wall Motor, which is the largestThe power is 155KW and the maximum torque is 325N.m.
When the owner goes far away, if the phone battery is low, as long as it has the wireless charging function, the phone can be charged in the car, and the charging amount can be up to 30% in the first half hour, so that the owner can not miss any important information on the phone. Compared with the fixed power of the charging bank, the wireless charging function of the third-generation Haval H6 is obviously more convenient and practical. Car wireless charging is not all mobile phones can be used.
2, the corresponding broadband is different: 20MHz corresponds to 65M bandwidth: good penetration, long transmission distance (about 100 meters). 40MHz corresponds to 150M bandwidth: poor penetration and close transmission distance (about 50 meters). Different channels: 20MHz is a single channel, 40MHz is a dual channel. At present, the common router single channel: up to 150M, dual channel can reach 300M.
3, the frequency band bandwidth of the router 20MHz and 40MHz refers to the routerThe frequency bandwidth range used in wireless communication, they directly affect the wireless charge receiving frequency band the transmission performance and coverage of the router. Specifically: the 20MHz band bandwidth corresponds to a lower bandwidth value (about 65Mbps), but has the advantage of good penetration and long transmission distance (up to about 100 meters).
4, the band bandwidth of the router 20MHz and 40MHz mainly refers to the channel width used in wireless signal transmission. This setting directly affects the transmission rate, signal stability and coverage of the wireless network.First of all, the 20MHz band bandwidth is a more commonly used setting in wireless communications. It provides a relatively stable signal and a wide coverage area, suitable for use inside buildings or in densely populated environments.
Channel is also called channel, frequency band wireless charging receiving frequency band , based on wireless signal (electromagnetic wave) as the transmission carrier wireless charging receiving frequency band Data signal transmission channel. Wireless networks (routers, AP hotspots, computer wireless cards) can run on multiple channels. Various wireless network devices within the range of wireless signal coverage should try to use different channels wireless charging receiving frequency bands to avoid interference between signals.
In the field of communication, wireless charging receiving frequency band , the frequency band refers to the frequency range of electromagnetic waves, the unit is Hz, according to the size of the frequency, it can be divided into: very low frequency (VLF) 3 kHz~30 kHz, correspondingThe wavelength of electromagnetic wave is very long wave 100 km~10 km. The low frequency (LF) is 30 kHz ~300 kHz, and the corresponding wavelength of electromagnetic wave is 10 km~1 km.
Radio is divided by wavelength and frequency: long wave: wavelength 1000, frequency 300KHz-30KHz. Medium wave: wavelength 100M-1000M, frequency 300KHz-3000KHz. Short wave: wavelength 100M-10M, frequency 3MHz ~ 30MHz. Ultrashort wave: wavelength 1M-10M, frequency 30MHz-300MHz, also known asVery high frequency (VHF) waves, meter waves. Microwave: wavelength 1M-0.1MM, frequency 300MHz-3THz. Radio waves contain magnetic fields that vibrate rapidly.
Low frequency (LF) 30-300 KHz long wave disturbances, 10 km to 1 km wavelength, mainly ground wave propagation, suitable for transoceanic communications. Medium frequency (MF) 0.3-3 MHz (MHz) medium wave, 1 km to 100 m wavelength, ground wave combined with sky wave, used in Marine communications, amateur radio communications and mobile communications, as well as medium distance navigation.
This division is radarThe popular name in the industry, there is no strict, unified standard. The usual division is: L-band 1~2GHz; S-band 2~4GHz; C-band 4~8GHz; X-band 8~12GHz; Ku-band 12~18GHz; K-band 18~27GHz; Ka-band 27~40GHz; U-band 40~60GHz; V-band 60~80GHz; W band 80~100GHz..
Wireless routers work in frequency bands generally divided into 4GHz and 0GHz two bands. 4GHz was the early cordless