CBC-EVAL-05 EnerChip CC CBC3112 & CBC3150 Evaluation Kit Overview The EnerChip CC EVAL-05 Evaluation Kit is used to demonstrate the capabilities of the EnerChip Thin Film Batteries and the EnerChip CC with Integrated Battery Management capabilities. The kit can be used to demonstrate: 1 ) either EnerChip battery, 2) either EnerChip CC device or 3 ) the EnerChip CC in parallel with the other EnerChip battery. Figure 2: EnerChip CC Evaluation Module Evaluation Kit Description The EnerChip CC is the worlds first Intelligent Thin Film Battery. It is an integrated solution that provides battery backup and power management for systems requiring power bridging and/or secondary power. A single EnerChip CC can charge up to 10 additional EnerChips connected in parallel. Two EnerChip CC devices are on the EVAL-05, a Figure 1: EnerChip CC Block Diagram CBC3112 and a CBC3150, with battery capacities of 12 Ah and 50 Ah, respectively. The CBC-EVAL-05 evaluation board utilizes a 24-pin DIP format that mates with a 24-pin DIP socket on a target board. EnerChip CC Applications Standby supply for non-volatile SRAM, real-time During normal operation, the EnerChip CC charges clocks, controllers, supply supervisors, and other itself with a controlled voltage using an internal system-critical components. charge pump that operates from 2.5V to 5.5V. An Wireless sensors and RFID tags and other ENABLE pin allows the designer to activate and powered, low duty cycle applications. deactivate the charge pump using an external control Localized power source to keep microcontrollers line in order to minimize current consumption and and other devices alert in standby mode. take advantage of the fast recharge time of the Power bridging to provide back-up power to EnerChip. system during exchange of main batteries. Consumer appliances that have real-time When the primary power supply dips below a user- clocks provides switchover power from main defined threshold voltage, the EnerChip CC will signal supply to backup battery. this event and route the battery voltage to VOUT. The Business and industrial systems such as: EnerChip CC also has battery protection circuitry to network routers, point-of-sale terminals, single- enable thousands of recharge cycles. board computers, test equipment, multi-function printers, industrial controllers, and utility meters The CBC3112 and CBC3150 data sheets contain Energy Harvesting by coupling the EnerChip complete specifications and application circuits. with energy transducers such as solar panels. 2009-2012 Cymbet Corporation Tel: +1-763-633-1780 www.cymbet.com DS-72-09 Rev A Page 1 of 4EnerChip CBC-EVAL-05 CBC-EVAL-05 Input/Ouput Descriptions and Pin-outs Pin Number Label Description (1) 1 VBAT Positive Battery Terminal - Tie to Pin 4 2 VOUT System Voltage 3 VDD Input Voltage 4 VCHG Battery Charge Voltage - Tie to Pin 1 and/or Optional EnerChip(s) 5 ENABLE Charge Pump Enable 6 VMODE Mode Select for Battery Switchover Threshold 7 GND System Ground 8 RESET Reset Signal (Active Low) 9 CP Flying Capacitor Positive 10 CN Flying Capacitor Negative 11 No Connect No Connection 12 No Connect No Connection (1) 13 VBAT Positive Battery Terminal - Tie to Pin 16 14 VOUT System Voltage 15 VDD Input Voltage 16 VCHG Battery Charge Voltage - Tie to Pin 13 and/or Optional EnerChip(s) 17 ENABLE Charge Pump Enable 18 VMODE Mode Select for Battery Switchover Threshold 19 GND System Ground 20 RESET Reset Signal (Active Low) 21 CP Flying Capacitor Positive 22 CN Flying Capacitor Negative 23 No Connect No Connection 24 No Connect No Connection (1) See EVAL-05 Operational Modes on page 4 for optional connections to VBAT. 1 24 NC VBAT CBC-EVAL-05 Dimensions 2 NC 23 VOUT 3 22 VDD CN Attribute Size 4 21 VCHG CP width 0.7 in 17.18mm 5 20 RESET ENABLE length 1.2in 30.48mm 6 19 GND VMODE height 0.9in 5.00mm 7 18 VMODE GND 8 17 ENABLE RESET The EVAL05 module is sensitive to electrostatic 9 discharge (ESD) and must be handled accordingly. In 16 VCHG CP cases where the EVAL-05 module is removed from its 10 15 VDD CN original packaging, it is a requirement to maintain the 11 14 VOUT NC same type of anti-static, non-conductive packaging to prevent discharge of the on-board EnerChips. Do not 12 13 VBAT NC store the EVAL-05 in conductive black foam, as it will discharge and destroy the EnerChips on the module. 24-Pin DIP Module 2009-2012 Cymbet Corporation Tel: +1-763-633-1780 www.cymbet.com DS-72-09 Rev A Page 2 of 4