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CAS-D20TB データシート(PDF) 1 Page - List of Unclassifed Manufacturers |
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CAS-D20TB データシート(HTML) 1 Page - List of Unclassifed Manufacturers |
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1 / 8 page  1 REVISION N0. 002 REVISION DATE: 01-23-2013 ENERGY HARVESTING ELECTRONICS TYPICAL APPLICATION FEATURES Simple and Easy Charge Management for Vibration Energy Harvesting Integrates directly with all Volture™ Energy Harvesters Parallel or Series Piezoelectric Connection – Improved Efficiency User Selectable DC Output – (1.8V, 2.5V, 3.3V, 3.6V) APPLICATIONS Industrial Health Monitoring Network Sensors Condition Based Maintenance Sensors Wireless HVAC Sensors Mobile Asset Tracking Tire Pressure Sensors Oil and Gas Sensors All Air, Land, and Sea Vehicle Sensors Battery and Hard Wired Power Replacement VIN GND OUT VSTORE VCC MICRO CONTROLLER TX/RX CHARGE MANAGEMENT SENSOR SENSOR SENSOR EHE004 CHARGE MANAGEMENT SYSTEM EHE004 Figure 1: Representative energy harvesting system using a Volture™ piezoelectric energy harvester and the EHE004 charge management electronics. DESCRIPTION The EHE004 is an energy harvesting power conditioning circuit, which converts the AC output from a piezoelectric energy harvester to a regulated DC output. The EHE004 consists of a full-wave rectifier with integrated charge management and DC-DC conversion, and connects directly to any Volture™ piezoelectric energy harvesting product. The DC output can be configured to the following voltage settings: 1.8V, 2.5V, 3.3V, and 3.6V. The board includes 200 μF of storage capacitance onboard - more capacitance can be added if required. The EHE004 utilizes the Linear Technology LTC3588-1 piezoelectric charge management IC - designed to maximize total piezoelectric energy harvester output and mechanical-to-electrical conversion efficiency with medium to heavy loads. Each Volture™ energy harvesting product has two piezoelectric wafers. The EHE004 provides the user with ability to connect these wafers either in series or parallel. The series setting provides power output at lower g levels for small vibration amplitude applications. The parallel setting provides higher average power output levels at higher vibration amplitude levels. For more information please contact Mide Tech. Corp by emailing: volture@mide.com |
同様の部品番号 - CAS-D20TB |
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同様の説明 - CAS-D20TB |
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