A Fabrication for Ameliorating Pyroelectric Harvesting Converters

Chun Ching Hsiao; An Shen Siao

doi:10.4028/www.scientific.net/AMR.684.438

Paper Titles

Design and Realization of New Vehicle Attitude Measurement System
p.420

Using Single-Cycle-Related Electromagnetic Vector Sensors to Estimation DOA and Polarization Parameters
p.424

Uncertainty Evaluation in Distance Measurement by CMM Based on Monte Carlo Method
p.429

A Novel Type Compact FBG-Based Micro-Displacement Sensing Machine Using a Temperature-Bias Self-Compensating Technique
p.434

A Fabrication for Ameliorating Pyroelectric Harvesting Converters
p.438

High-Q Silicon-on-Insulator Micro-Ring Resonator with Silica Covering
p.443

Single Camera Stereo with Planar Mirrors
p.447

Research and Simulation on the Maximum Power Tracking Control of the Wind-Light Complementary Power Generation System
p.451

Path Planning Based on EMD and Partial Distance Feature Vector Matching with Fuzzy Logic for Indoor Robotic
p.456

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 684A Fabrication for Ameliorating Pyroelectric...

A Fabrication for Ameliorating Pyroelectric Harvesting Converters

Abstract:

A three-dimensional pattern is helpful to improve the temperature variation rates in pyroelectric elements, using lateral temperature gradients induced on the sidewalls of the responsive elements. Creating a complex pattern with a deep trench structure for fitting various discharges of waste heat was imperative, and hard to fabricate, using the traditional methods of dry/wet etching and a dicing saw. A novel method using sandblast etching was successful in fabricating the complex pattern of the vortex-like electrode for improving the electrical output and enhancing the efficiency of the PZT pyroelectric harvesting converters.