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CBC050-M8C Folha de dados(PDF) 10 Page - Cymbet Corporation |
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CBC050-M8C Folha de dados(HTML) 10 Page - Cymbet Corporation |
10 / 17 page CBC-EVAL-10B EnerChip CC EH Evaluation Kit ©2014 Cymbet Corporation • Tel: +1-763-633-1780 • www.cymbet.com DS-72-40 Rev C Page 10 of 17 Operating Characteristics (1) Specifications subject to change without notice. (1) See DS-72-03 EnerChip CC CBC3150 Data Sheet and DS-72-01 EnerChip CBC050 Data Sheet for complete specifica- tions of the Cymbet components on the CBC51100 module included with CBC-EVAL-10B. (2) Fluorescent (FL) light conditions. EnerChip state-of-charge >90%. (3) Dependent on battery state-of-charge and load conditions. State-of-charge will affect average VIN. At 0% battery state- of-charge, 2.6V < VIN < 3.1V, depending on load. At 100% battery state-of-charge, VIN will approach 5.2V at 700Lux. (4) Continuous current for up to 1 minute with CBC51100 EnerChip module. (5) For guidelines on adjusting the pulse current capability, see AN-1025: Using the EnerChip in Pulse Current Applications. CBC-EVAL-10B Circuit Schematics As a result of designing the CBC-EVAL-10B to be versatile and useful for designing to any number of operating environments and system requirements, there are many circuit elements that will not be necessary for any given CCEH implementation. The full schematic of Figure 6 depicts the CBC-EVAL-10B in its entirety. A simpler and more often used embodiment is shown in Figure 7. In Figure 7, the provision for external batteries has been removed, as has the circuitry required for external system control of the CBC3150 charge pump. The schematic of Figure 7 is reduced to the essential elements necessary for implementing an energy harvesting- based design using the CBC3150 circuitry and EnerChip batteries. Parameter Condition Min Typical Max Units Input Luminous Intensity (using PV cell provided with kit) Minimum operating Lux 150 (2) - - Lux Full charge rate 800 (2) - - Lux Photovoltaic Input Voltage (VIN) 25°C 3.1 3.2 (3) 5.5 Volts DC Maximum Input Transducer Resistance Rated input voltage (VIN) - - 250 kohms External Battery Voltage Non-rechargeable 2.7 3.0 3.6 Volts DC Rechargeable 4.0 4.1 4.2 Volts DC Continuous Output Power (measured at VOUT pin; 25°C) 1000 Lux (FL); battery not charging; continuous output - 300 - µA 200 Lux (FL), battery not charging - 10 - µA No ambient light, Ener- Chips charged - 2000 (4) - µA VOUT Battery charged; 2µA load 3.0 3.2 3.5 V EnerChip and External Rechargeable Bat- tery Discharge Cutoff Voltage 4.7kΩ load 3.0 3.3 3.6 V Pulse Discharge Current 25°C ; 20 msec pulse - 30 (5) - mA EnerChip Self-Discharge (non-recover- able) 5-year average 25°C - 2.5 - % per year Operating Temperature - 0 25 70 °C EnerChip Recharge Cycles (to 80% of rated capacity; 4.1 V charge voltage) 25°C 10% depth-of-discharge 5000 - - - 50% depth-of discharge 1000 - - - 40°C 10% depth-of-discharge 2500 - - - 50% depth-of-discharge 500 - - - EnerChip Recharge Time (to 80% of rated capacity) From 50% state-of-charge - 10 - minutes From deep discharge - 50 - minutes Charging Efficiency Vin=3.0V 65 % EnerChip Storage Capacity 200 µA discharge; 25°C 100 - - µAh |
Nº de peça semelhante - CBC050-M8C |
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Descrição semelhante - CBC050-M8C |
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