Photonic Crystal Fiber Temperature Sensor using OptiMode

PCF Temperature Sensor Design & More

Photonic crystal fibers (PCF) have been extensively investigated for chemical, bio-medical, and environmental sensing applications. OptiMode helps engineers develop accurate PCF sensors with powerful simulation tools. Here’s how it works! 

PCF: The Ideal Platform

PCF provides a unique platform for realizing the desired modal dispersion, birefringence, confinement, and multiplicity characteristics. This can be attributed to the freedom to design the microstructure geometry. 

Various chemical, biological, and inorganic materials can be introduced by selective infiltration of the holes or using deposition techniques, which is of significant importance for sensing applications. 

PCF sensors often involve structural and electromagnetic field features that span multiple orders of magnitude in variation, e.g., sub-wavelength metal films supporting tightly confined surface plasmon modes in a PCF with mode areas, air-holes, and cladding dimensions of 10s and 100s of wavelength, respectively. When designing PCF temperature sensors, these properties require a mode solver that can both efficiently and accurately approximate the geometry and the electromagnetic fields over the entire simulation domain.

Peerless PCF Simulations with OptiMode

OptiMode is the perfect tool to simulate properties for temperature sensors due to its sheer versatility.

• Analyze different ways of light propagation through optical structures.
• Simulate how temperature variations can affect mode properties. This is necessary for creating high-sensitivity sensors.
• Identify potential light propagation losses within the PCF due to physical imperfections and account for those losses with software tools.
• Simulate different materials used in PCF sensors to fine-tune and optimize your design.

PCF temperature sensors are just one of the many applications of OptiMode. Optimize waveguide designs for integrated optical circuits, build biochemical sensors for pharma products, or use it as a tool for in-depth fundamental research. 

Beyond Sensors: Seamless Integration

OptiMode also features seamless integration with other Optiwave tools like OptiFDTD and OptiSystem. Whether you’re designing photonic components or simulating a complex optical system, you’ll always work faster and more accurately with Optiwave.

Full Application Note