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Max Output: 90W (18W*5)
Port Type: USB 3.1 Type A
Ports: 5
Quickcharge Type: Qualcomm Quickcharge 4.0
Quickcharge Compatible Ports: 5
etc: LCD screen for current output and temperature
Texts were added with Photoshop.
Microchip announced from Computex Taipei a new family of USB power delivery (UPD) controllers—the UPD100X with an industry-standard power delivery and battery charging protocol. A single USB cable can be used for data, and simultaneously can deliver up to 100W of power from a single standard USB port which is 40 times the power compared to USB 2.0. With up to 100W of available power, designers can dynamically allocate this power to fast battery charging and system power. For more info, visit: www.microchip.com/get/6FH0
Rear Pack of 20ea, 100Ah LiFePO4 cells have the LL Labs, cellular charge regulators installed. Ready to perform the initial charge.
The main lift speeds are more than 40% faster than industry standards. In addition, the TSP 6000 is QuickCharge compatible, which also contributes to uptime. Learn more at www.crown.com.
Microchip’s UPD1001 Evaluation Kit (part # EVB-UPD1001, $299.00) is available now. For more info, visit: www.microchip.com/get/PH85
Rear Pack of 20ea, 100Ah LiFePO4 cells have the LL Labs, cellular charge regulators installed. Ready to perform the initial charge.
Looking to install the main traction pack charger in the back, trunk area of the Fiero.
This charger is setup for a 40cell LiFePO4 traction pack, it's from www.quickcharge.com
Microchip announced from Computex Taipei a new family of USB power delivery (UPD) controllers—the UPD100X with an industry-standard power delivery and battery charging protocol. A single USB cable can be used for data, and simultaneously can deliver up to 100W of power from a single standard USB port which is 40 times the power compared to USB 2.0. With up to 100W of available power, designers can dynamically allocate this power to fast battery charging and system power. For more info, visit: www.microchip.com/get/6FH0
Front Pack of 20ea, 100Ah LiFePO4 cells have the LL Labs, cellular charge regulators installed. Ready to perform the initial charge.
Setup for a 120volt Pb/Acid battery pack, the hybrid battery is nicely satisfied with it's abilities. The hybrid pack, drinks to it's content, and so far the LiFePO4 portion of the pack has never over charged,
LiFePO4 "Bat-Guard" Cellular Charge Regulators, as they are coming on, protecting the cells that are full, from being overcharged, while the remaining cells fill up. You can see in the photos, not all of the regulators are on yet. The other regulators are OFF, until the cell they are attached to becomes full.
If there were a RED light showing, instead of the YELLOW as in the photos, you'd want to stop charging immediately, and investigate why, because the RED light would indicate that the "Bat-Guard" has either an open fuse, or some other issue has happened with the LiFePO4 cell it's supposed to be protecting.
I place "Clear CoroPlast" sheets on top of the regulators, in order to easily see the indicator LED's from any angle. The sign shop considers this "Clear Corplast" to be clear, yet in reality, it's more of a frosted look to me.
Installed/Mounted the QuickCharge Charger securely in the trunk of the Fiero.
It's in a nice and dry location, should be good to go.
Installed/Mounted the QuickCharge Charger securely in the trunk of the Fiero.
It's in a nice and dry location, should be good to go.
Here you see all 20cells of the rear LiFePO4 pack's regulators illuminiated, indicating that the cells are being protected from overcharging.
Verizon and Motorola today launched the Droid Turbo 2, a high-end Android-powered smartphone with a "shatterproof" screen.
Droid Turbo 2 is pretty large, though, in part because of all of the layers, the metal frame, and the big battery. The processor is a 2GHz Snapdragon 810, and the phone has 21-megapixel and 5-megapixel cameras. The Turbo 2 has a juicy 3760mAh battery that should be good for two days of use, featuring Qualcomm QuickCharge fast-charging technology. There are 32GB and 64GB units, expandable via the MicroSD card slot. The Turbo 2 also has a Moto Maker option, where you can get various back styles, including pebbled leather.
The shatterproof technology will be exclusive to Verizon in the U.S. this year, but "we will leverage the technology and the innovation across the portfolio," said Jeff Miller, Motorola's corporate VP of sales.
The companies also launched the Droid Maxx 2, which Miller said is a Verizon-specific version of the global Moto X Play phone. The Play, and the Maxx 2, have 5.5-inch, 1080p screens and Qualcomm Snapdragon 615 processors. The Maxx 2 has 16GB of storage plus a MicroSD card slot, along with a large 3630mAh battery and 21-megapixel and 5-megapixel cameras.
Both phones will get updates to Android 6.0 Marshmallow, Motorola says. They arrive on Oct. 29. The Droid Turbo 2 will cost $624 or $720 if you want the 'design refresh' otpion. The Droid Maxx 2 will cost $384.
Link: youtu.be/orS8S7ogvm0
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Is there a 4.5G problem in Xiaomi Mi 6? #QuickCharge, #Xiaomi, #XiaomiMi6 www.hatici.com/en/4-5g-problem-xiaomi-mi-6
The onboard chargers, and the digital displays arrived, from Quick Charge Corp.
The large charger is of course for the traction pack, the smaller for the aux 12 volt battery.
We also have a digital display for the traction pack, and the aux battery. The nice thing about these displays, they power up by the same battery they are measuring.
Nerdeky News:After countless leaks, finally Motorola officially launched its much-anticipated Droid Turbo 2 in the United States. It comes in two storage variants – 32GB and 64GB. Much like previous Droids, the newcomer will be exclusively sold through Verizon. The 32GB and 64GB model cost $624 and $720, respectively without operator contract.
The Motorola Droid Turbo 2 features a 5.4 inch display with 1440x2560 pixels of QHD resolution. The company explained that the display of this device is a flexible AMOLED ‘ShatterShield’ unit which is made of aluminum rigid core and dual-layer touchscreen, ensuring that it wouldn’t break even when dropped on a slab of concrete.
Powering the Motorola Droid Turbo 2 is a Qualcomm’s Snapdragon 810 SoC which packs an octa-core processor coupled with 3GB of RAM. Configuration sector also include a MicroSD slot which supports expansion up to 2TB. The handset features a duo of 21 (with dual LED flash, Phase Detection Autofocus and f/2.0 aperture) and 5 (with flash) megapixels cameras placed on its rear and front, respectively.
Connectivity options on the single-SIM functionality-enabled Motorola Droid Turbo 2 include GPRS, EDGE, 3G, 4G, Wi-Fi, Bluetooth and GPS. Further, running on Android v5.1.1 Lollipop, the handset is backed by a 3760 mAh battery (supports QuickCharge) which is able to offer 2 days of ‘mixed usage’.
www.nerdeky.com/much-anticipated-motorolas-droid-turbo-2-...
All the EV Conversion wiring is complete. We only have to run a live switched 12volt line to the controller/contactor/vacuum pump. Once we determine the loss of power to the main fuseblock this will be complete.
However, we did jumper the system "ON" and took it out for a spin around the football stadium's parking lot.
I bought this Ridgid device to modify it and use as a power source for my macro light setup by adding an XT60 connector directly wired to the battery terminal. But then I discovered that the built-in USB charger in it only provides basic USB 2.0 current output (which is odd, keeping in mind that Ridgid even makes modern Bluetooth-enabled batteries). So, I was surprised to see that it has a massively over-engineered board inside featuring STMicroelectronics NV STM8 microcontroller just to operate a shut-off timer. But it wasn't compatible with any modern fast charge standards. So I gutted it and replaced the board with a five times smaller DC-DC converter that does support those modes. As you can see, my phone shows "TurboPower connected" which means it's charging in Qualcomm QuickCharge 3.0 mode. Filling it up to 100% would take only about 25 minutes. So, now I have a USB power bank that uses standard 18V Ridgid batteries.
Finallly the Nicad's woke up enough for us to feel comfortable with charging the entire pack with the series charger for it's final charge out of 120vdc.
Each Nicad's nominal rating is 6vdc, they charge out at 8vdc.
QuickCharge has donated a 12volt charger for charging our 12vdc Aux Battery Pack.
Quick Charge Corp.
1032 S.W. 22nd St.
Oklahoma City, OK. 73109 U.S.A.
Phone (405) 634-2120
800 658-2841
Fax (405) 632-5667
quickcharge@Icnet.net
The overall design of the second generation One closely resembles the first generation, 2013 model, with a unibody aluminum frame and dual front-facing speakers, and a brushed metal backing. Unlike the previous model, however, its frame incorporates smaller amounts of polycarbonate, electing for a fully metal construction with a more curved shape (rather than a plastic bezel). While the it is the same thickness as the previous model, it is slightly heavier due to the differences in its construction.[18] Located at the top of the device are the power button and IR blaster; the power button was moved to the right side, while the IR blaster is no longer integrated with it, and is instead being housed behind a plastic band. Located on the bottom of the device are a micro USB 2.0 port supporting Qualcomm's QuickCharge 2.0 technology, a headphone jack, and the SIM card tray. Unlike the 2013 One, the 2014 One uses nano-SIM cards to save internal space, and with the possibility of dual SIM models in mind. The device uses on-screen software buttons consisting of "Back", "Home", and "Recent apps" keys, instead of the pair of physical capacitive buttons used by the previous model. The previous design had been panned by critics for being irregular, and causing a black bar to occur on-screen if an app required the deprecated "Menu" key in violation of Android human interface guidelines