IP5516 is an integrated MCU TWS headphone charging bay management SoC. A versatile power management SOC with integrated boost converter, lithium battery charge management, and battery level indication, providing a complete power solution for the TWS Bluetooth headphone charging bay. Application: TWS Bluetooth headset charging bay. Lithium battery portable device.
Hello, IP5516 is a PCBA solution applied to the charging bin of TWS Bluetooth headset. It supports the automatic detection of headset insertion and light-load automatic standby, and can realize the independent detection of headphones around TWS. The charging current reaches 500mA, the discharge current is 300mA, the standby power consumption is very small, and the standby state is 5V/BAT/4A/0V, etc.
IP5516 is an integrated MCU TWS headset charging bay management SoC. A versatile power management SOC with integrated boost converter, lithium battery charge management, and battery level indication, providing a complete power solution for the TWS Bluetooth headphone charging bay. Application: TWS Bluetooth headset charging bay. Lithium battery portable device. Of course, 5506 is better, because 5506 is an upgraded version of 5306.
Injoinic core IP5516 detailed information map. 2R2 boost inductor used to boost the battery output to the earCharge the machine. Close-up of the cable socket where the mainboard connects to the battery. Input side adopts Yitai ETA7008 low side overvoltage protection chip for input overvoltage protection, ETA7008 can withstand 36V, built-in 34mΩ NMOS power switch, protection voltage and opening speed can be adjusted. ETA Yoktai ETA7008 details.
The main control chip of the charging box is INJOINIC core IP5516, single-chip integrated MCU/ charge management /Boost boost, and there is a built-in two-ear independent detection circuit specially customized for the TWS charging bin solution. YingjiThe overall solution of the core IP5516 requires only a small number of passive components such as capacitors and inductors to achieve a complete TWS charging bay function.
Headphone quick pairing button close-up second singing bar Microbuds 1 real wireless headphone disassembly charging Detailed figure INJOINIC IP5516 charging management SoC Close-up, its integration.
The following uses iOS11 as an exampleThe iPhone11 uses an Intel-based band chip. The iPhone11 processor is the A13 bionic chip, Apple said its CPU, GPU are more than the industry flagship chip. The iphone11 is a mobile phone released by Apple Inc., which was released on September 11, 2019. The iphone11 features an anodized aluminum and glass design, an A13 Bionic chip, and an ultra-wide-angle camera that supports 2x optical zoom.
Apple uses a self-developed chip. Apple has invested heavily in research and development in recent years, and has successfully launched a wide range of home-designed chipsIt works on its Mac computers, iphones and ipads. The development of this self-developed chip allows Apple to integrate hardware and software more closely, greatly improving the performance and use experience of the device. Here's a closer look at the chips Apple uses.
The Apple 11 uses the A13 Bionic chip. The Apple 11 is equipped with the A13 Bionic chip, iOS11 operating system, and dual cameras, including the ultra-wide-angle camera supporting 2x optical zoom, and the battery life is 1 hour longer than the iPhone XR. The iphone11 is the first iPhone released by AppleIt was released on September 11, 2019. The iphone11 features an anodized aluminum and glass design, an A13 Bionic chip, and an ultra-wide-angle camera that supports 2x optical zoom.
A12 is a six-core bionic chip released in 2018, which is first applied to three models of iPhone XS, iPhone XS Max, and iPhone XR. It uses 7nm process technology, and the CPU part uses self-developed Fusion architecture, which improves performance by 15% and reduces power consumption by 50% compared to the previous A11. A13 is 2019The bionic chip, released in September, was first applied to the iPhone 1iPhone 11 Pro and iPhone 11 Pro Max.
Originally Apple's baseband chip supplier was Broadcom, and the CDMA version of the iPhone 4 released in early 2011 began to use Qualcomm's baseband chip, and now basically every product is the same. From the perspective of supply chain, baseband chip manufacturers are in the upstream, mobile phone manufacturers can not independently produce baseband chips, must choose the corresponding partner. But on the other hand, baseband chip manufacturers also want to fight for more mobile phone manufacturers, NuForce to expand market share.
1, realized, Razer with the new Razer Phone2 mobile phone synchronous unveiling of its first wireless charging base, model RC30-025903, black appearance, using vertical design. Razer wireless charging to the store experience: USB-C interface, 12V 2A input - charging head network official guidance offer is $999, about RMB 686 yuan, this price is not cheap in wireless charging products.
2, can be used, but the charging speed will be slow. Because the rules of this charger and Huawei fast charge are different.
3, WP8006YS with high-precision ADC integrated MCU provides highly customized functions, wireless charging can be customized. Dual channel current and voltage decoding algorithms ensure an accurate and safe charging experience; Advanced charging algorithms can accurately identify metal objects and complete various protective measures during charging to ensure safety. Silk screen YS320M double NMOS tube, a total of two composed of four H-bridge drive coil for wireless charging.
2. Wireless for iPhoneCharging, if put a night is no matter, because first of all the mobile phone has been fully charged, later he is with your usual data cable charging is the same reason this thing, since he has been fully charged, will not continue to charge, if this thing he has been charging, the mobile phone will not explode? So he must have stopped charging it when it was full.
3, wireless charging for a night without harm. Wireless charging technology comes from radio energy transmission technology, which can be divided into two ways: low-power wireless charging and high-power wireless charging. Due to the charger and electrical device