Janhoo 1550nm Polarization Maintaining Butterfly SOA Semiconductor Optical Amplifier

Type: SOA

Use: Fiber Sensing System

Warranty Time: one year

Network: None

Packaging Type: full packed

Function: Supports temperature monitoring and TEC thermoelectric control to ensure stable operation over the full temperature range, high gain, high output optical power (25dBm), low power consumption, low polarisation dependent loss

Application: Used in distributed fiber optic sensing systems as an alternative to acousto-optic modulators to generate pulsed light, Applied in 1550nm solid-state LIDAR or FM continuous-wave LIDAR to generate pulsed light in combination with narrow linewidth lasers, Ap

Operating Temperature: Min -40, Max 80

Packaging Type: full packed

Function: Supports temperature monitoring and TEC thermoelectric control to ensure stable operation over the full temperature range, high gain, high output optical power (25dBm), low power consumption, low polarisation dependent loss

Application: Applied in distributed fiber optic sensing system to replace acousto-optic modulator for optical switching function, Applied in broad spectrum light source such as fiber grating demodulator broad spectrum light source, Application in optical communication

Operating Temperature: Min -40, Max 80

Packaging Type: full packed

Function: Supports temperature monitoring and TEC thermoelectric control to ensure stable operation over the full temperature range, high gain, high output optical power (25dBm), low power consumption, low polarisation dependent loss

Application: Data centre interconnection 40G/100G optical signal amplification, Convergence and shunt 40G/100G optical signal amplification

Operating Temperature: T=25℃

Packaging Type: full packed

Function: SOA chips are all produced in China with independent process control, Consistent with the structure and size of mainstream SOA manufacturers Strong compatibility

Application: SOA in butterfly or small box package for optical amplification of 40G/100G high-speed services, Integrated in ROSAs for 100G optical modules to improve optical power budgets, Silicon photonic integration in products to compensate for transmission loss of

Operating Temperature: Min -40, Max 80