XSP01 canTo support iPhone PD fast charge, QC0, QC0 fast charge. Overview XSP01 is a power receiving end protocol chip Wireless charging protocol chip in line with PD, QC0, QC0, AFC, FCP protocols, which can be widely used in various fields of various products, such as wireless charging, small household appliances, aging device, electronic cigarettes and so on.
As shown in the figure above, when the PD receiving end (or decoy) chip XSP01 is used in the circuit, it can support PD QC fast charge, and after the chip is canceled, it can support QC fast charge, and the original noneLine charging circuit has no impact, which is unique, convenient and flexible use.
Add LDR6328/LDR6328S/LDR6321 any one of the LDR6328/ LDR6321 PD decoy protocol chip on the product Wireless charging protocol chip , Overview LDR6328S is a Sink controller developed by Lederui Technology Co., Ltd. compatible with USB PD, QC and AFC protocols. The LDR6328S supports USB PD, QC, and AThe FC adapter takes power and supplies power to the device.
At present, we are using XSP06 power chip, but it supports PD protocol QC AFC protocol, can trap 5V 9V 12V 15V 20V voltage, the function is very powerful.
More common SOCs are IDT, TI, COPO, purple light, etc. Most of the internal mobile phones are currently using IDT receiving schemes. TI receiver chip for the last two yearsNow they have downplayed the field of wireless charging. The integration of this chip is high and the efficiency is high, but the cost of a single chip is high and some additional functions cannot be added.
The most used receiver is Ti's chip, about 12 pieces. There are many options for launch, and we're one of them.
AP45851 is a charging IC used in wireless charging and launching systems, compatible with the Qi protocol. The product is fully functional and highly integrated with all functional modules, providing excellent performance. AP45851 compatible with high power output, chip compatible with Qi fast charge protocol (5/9/12V application), compliant with the latest Wireless Charging Alliance (WPC) Qi version specifications.
Wireless charging PCB, different functions, the required components are different. The required components are: resistor, capacitor, resonant capacitor, resonant coil, MOS tube, control chip, protocol chip.
More common SOCs are IDT, TI, COPO, purple light, etc. Most of the internal mobile phones are currently using IDT receiving schemes. Texas Instruments TIThe receiver chip was used more in the first two years, and now they have downplayed the wireless charging field. The integration of this chip is high and the efficiency is high, but the cost of a single chip is high and some additional functions cannot be added.
The most used receiver is Ti's chip, about 12 pieces. There are many options for launch, and we're one of them.
AP45851 is a charging IC used in wireless charging and launching systems, compatible with the Qi protocol. The product is fully functional and highly integrated with all functional modules, providing excellent performance. AP45851 compatible with high power output, chip andQi Fast Charge protocol (5/9/12V application), in line with the latest Wireless Charging Alliance (WPC) Qi version specifications.
Wireless charging PCB, different functions, the required components are different. The required components are: resistor, capacitor, resonant capacitor, resonant coil, MOS tube, control chip, protocol chip.
Wireless charging requires a chip inside the device to receive electromagnetic waves and electromagnetic fields, and the nova8 does not have this chip. In addition, wireless charging is not as efficient and fast as wired charging, so it may not be necessary for all users. nova8 orderThe former does not support wireless charging, but it supports 40W wired fast charging, which can be quickly charged in a short time. If you need wireless charging, you can choose other mobile phones that support wireless charging.
1. OB2223AP According to the query on Alibaba's official website, the model of the seven-pin power chip of the American electric pressure cooker is OB2223AP. The seven-pin power chip provides working signals to the power tube, detects the power level and adjusts the voltage in real time.
27028. The power chip SM7028 used by Midea's new ultra-thin induction cooker is a newly listed power supply. At present, this chip is broken and there is no other model that can be directly replaced. After comparison, it is found that VIPer12A can be indirectly replaced by changing the foot flying line method.
3, PN8024R. There are two chips on the power board of MB-WFS4017TM rice cooker, IC101 is the power chip, the model is PN8024R; IC102 is a single chip microcomputer, the model is SH79F084L.
4, LNK364PN, SM7028B. LNK364PN is a low-power high-efficiency off-line switching IC, often used as a power management chip for induction stoves, with high circuit efficiency. The chip can be directly replaced with LNK564PN, or replaced with TNY266, and the first pin is suspended with 0.1UF and 63V capacitors to the ground.
5, "Midea remote control fan power supply model is VFC755, it is a single chip computer produced by Texas Instruments (TI), is a programmable controller, widely used in consumer appliances. It has two controllable PWVM (pulse width modulation, output, can control the dual motor operationDifferent, 5 charging interface control, LED power display and other complex functions, its biggest feature is to support 25W super fast charge.
Nank South Carolina Magnetic wireless charging treasure POW3 Nank South Carolina magnetic wireless charging treasure POW3 in the field of magnetic wireless charging treasure sales and reputation is at the forefront.
REMAX tape charger is characterized by 10000mAh capacity and 25W super fast charge. It is lightweight and compact, supports bidirectional PD flash charge, and is safe and efficient. Blackfish dry electric person 20W fast charging bank, small and cute, suitable for young users, unique pixelsDesign, taking into account simplicity and functionality, 2C high current battery ensures low temperature and no heat during fast charging.
w Charging treasure refers to the power output of the charging treasure. 25w is generally the normal value that fast charge can achieve. The basic charger outputs 5V/1A equal to 5W of power, and anything faster than that is considered fast or ultra-fast charging. The fast-charging space is still very fragmented, with almost every manufacturer having their own solution, and they don't share technology with each other.
The difference between 15W and 25W is that the power is not the same, the charging speed is not the same, and the fast charging of 25w is higher than that of 15wIt's a little faster to recharge. For example, in the case of mobile phone compatibility, the 15w charger about 3000 mah battery takes about an hour, and the 25w charger, 3000 mah battery can be filled in about 40 minutes.
Nank South Carolina magnetic wireless charging treasure POW3 In the field of magnetic wireless charging treasure, Nank South Carolina magnetic wireless charging treasure POW3 sales and reputation is the forefront.
1, AP45851 compatible with high power output, chip compatible with Qi fast charge protocol (5/9/12V application), in line with the latest Wireless charging Alliance (WPC) Qi version specifications. The AP45851 uses the unique CNS-chip as System technology to fully integrate a variety of high-performance mixed-signal functions, such as low-power device detection during standby and foreign object detection (FOD) for secure wireless charging.
2,It plays the role of metal isolation to prevent energy waste and improve charging efficiency.
3, wireless charging technology is the use of electromagnetic induction principle, in the sending and receiving end with the corresponding coil to send and receive inductive current to charge.
4, wireless charger refers to the use of electromagnetic wave induction principle for charging equipment, the principle is similar to a transformer. There is a coil in the sending end and the receiving end. The sending end coil is connected to the wired power supply to generate an electromagnetic signal, and the receiving end coil senses the electromagnetic signal of the sending end to generate a current to charge the battery.