Hollow-Core Photonic Crystal Optical Fiber

• Customization: Available
• Application: Communication, Art, Sensor, Medicine, Probe
• Type: Single-mode Fiber
• Model NO.: T-OF054
• Connection Structure: Customized
• Material Shape: Customized
• Allowed Lateral Pressure: Customized
• Allowed Tensile Strength: Customized
• Core: Single Core
• Certification: ISO9001
• Brand: OEM
• Sheath Material: PVC
• Transport Package: Carton
• Specification: As Customized
• Origin: China

Product Description

Hollow-core photonic crystal fiber is composed of two-dimensional photonic crystals arranged periodically, and the core is the defect caused by air hole with hollow structure. Different from the total internal reflection light guide mechanism of traditional Optic Fiber, hollow-core photonic crystal fiber uses photonic bandgap effect to realize light transmission in air. Most of the optical energy in the Optic Fiber (more than 95%) is transmitted in the air core, so the optical transmission is less affected by the absorption of Optic Fiber materials, excellent anti-radiation performance, good thermal stability, and has application advantages in harsh environment. With low nonlinear effect and delay and high damage threshold, it has obvious advantages in the flexible transmission of high power and pulsed laser, and can be used as an efficient platform for the interaction between light and matter.

Product Characteristics:
*Low attenuation;
*Controllable dispersion;
*Hollow-core Optical Fiber has low nonlinear effect;
*Good radiation resistance;
*Good temperature performance;
*High damage threshold;

Specifications:

Features	Unit	Product indicator
Product type	/	T-OF054	T-OF055
		Optical properties
Working wavelength	nm	1490-1650nm	1490-1650nm
Mode field diameter	μm	7.0±1	12.0±2
Attenuation @1550nm	dB/km	≤10.0	≤10.0
		Geometric properties
Cladding diameter	μm	130±10	160±10
Coating diameter	μm	230±10	230±10

*Notes: In order to prevent moisture and dust from entering the hollow-core microtubule to affect the later performance, both ends of the polarization-maintaining photonic crystal fiber must be sealed.

• Excellent
• Excellent geometric uniformity and batch consistency
• Excellent radiation resistance
• W
•  
• ide working temperature range and good full temperature stability
• Excellent birefringence effect
• Excellent long-term reliability
• geometric uniformity and batch consistency
• Excellent radiation resistance
• Wide working temperature range and good full temperature stability
• Excellent birefringence effect
• Excellent long-term reliab