CYMBETs showed the IoTPCON in IoT DEVCON, showing EnerChipTM rechargeable solid state batteries for a variety of wearable technologies (WT) and Internet of Things (IoT) equipment, which in 2014 5 On the 7th to 8th, the Hyatt Raisha Hotel, California, California.
The Enerchip chip-level battery is fully solid and manufactured by a semiconductor process. EnerChip bare wafer batteries can be directly integrated into miniaturized wearable technologies and Internet of Things system level package (SIP) products, which can adopt a standard wiring bonded or baked bare metal sheet attachment mechanism. The EnerChip battery can also be supplied with a standard plastic package, which is supplied with a standard surface mount technology (SMT) assembly and reflow process. The Enerchip battery will never be replaced, and can be charged in a manner that can be used in energy capture or wireless charging.
Ultra-small Internet of Things Sensors with Enerchip Naked Waste Battery
"Enerchip battery is ideal for small wearable technology and Internet of Things equipment." Steve Grady, vice president of Cymbet Marketing, said. "Our customers are using a unique function of Cymbet rechargeable solid state to many different areas such as medical, health / fitness, industrial, transportation, building control, consumer and wireless sensors."
Enerchip can be installed in a button battery and super capacitor that cannot be installed.
The EnerCHIP rechargeable solid state battery takes up extremely small space, such as the smallest CBC005 naked wafer size and thickness is only 1.37 mm × 0.85 mm × 175 μm. Depending on the battery capacity, it is packaged with the built-in power management circuit, and even the size of the plastic package battery with optional built-in ultra-low power consumption clock is from 4 × 5 × 0.9 mm to 9 × 9 × 0.9 mm. Enerchip meets all standards and certifications, including RoHS, REACH, United Nations Air Transport Safety and WEEE Abandoning. In addition, EnerChip bare wafer batteries in human body and human body have proven that they have 100% cell toxicity, which will be the ideal choice for the supply of medical and health care products.
Cymbet Enerchip Energy Capture and Wireless Charging Solutions
At the IoT Developer Conference, Cymbet shows Bluetooth intelligent sensors and various energy capture reference designs for wearable technology and Internet of Things. The actual demo suite of the actual demo includes:
● CBC-EVAL-05B Enerchip CC Evaluation Suite, which contains everything you need to test Enerchip5uah, 12uah, and 50UAH thin film batteries, which can be used as a backup power supply.
● CBC-EVAL-09 Universal Energy Capture Suite provides a platform for testing various Enerchip capture transducers and with a Cymbet Energy Processor energy capture system and an Enerchip battery.
● CBC-EVAL-10B Solar Capture Suite provides a cost-effective solar energy capture solution with a photovoltaic battery that is directly connected to the EnerChip built-in power management IC, which supports wireless endpoint devices.
● CBC-EVAL-11 RF induction Charging kit provides a wireless charging method encoded as EnerChip CBC3150 to support wireless sensor nodes.
● CBC-EVAL-12 Enerchip RTC Real Time Clock Evaluation Suite: It contains a EnerChip RTC chip that integrates real-time clock, Enerchip solid state, and power management IC into a 5mm × 5mm × 1.4 mm single-chip. The kit also includes a Windows-based graphical user interface to set the clock and test the RTC operation in the backup power and countdown mode.
All evaluation kits are supplied through a Cymbet distributor. All evaluation kits can be linked to a complete data sheet, an application manual, a reference design, and a schematic. After the design engineer is registered, there is a chance to win a assessment kit.
In addition, CyMbet provides a complete, video application guide with Chinese subtitles, and an engineer can search for Cymbet and Enerchip to search for Cymbets and Enerchip in both the EnerChip and related evaluation boards.
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