KG -YDFA -B series ytterbium-doped fiber amplifier (YDFA) are based on double-clad fiber side-pump technology, the use of advanced "side-pump protection" technology, preferably high-performance Yb3 + doped double-clad fiber, pump laser, stability of the beam device, and a unique control and protection circuit to achieve 1064nm band signal low noise, high stability, high power stable output. It can be applied to laser radar, coherent synthesis and space optical communication systems and other

KG -SOA series semiconductor optical amplification (SOA) module uses high-performance imported SOA, and the use of unique ATC design ensures the stability of the output power. It has high-speed all-optical amplification module and it is completely transparent transmission protocol, which are especially suitable for High - speed optical fiber communication system. At the same time it can provide desktop packaging to meet the needs of scientific research and testing areas, and the front panel p

KG -EDFA -P model The erbium-doped fiber amplifier (EDFA) uses high-performance pump laser, low noise erbium-doped fiber, and unique control and protection circuit to achieve low noise and high stability output. The front panel provides power switch, LCD power display, and output power mediation knob, while providing RS232 interface, usually being used as a front fiber amplifier for fiber optic sensing and fiber optic communication systems.

KG -EDFA -HP model High-power erbium-doped fiber amplifier uses high-performance pump laser, double-clad Yb3 + and Er3 + co-doped double-clad fiber, unique "side-pumped protection" technology, and unique control protection circuit that achieving low Noise, ultra-high power output. The front panel provides power switch, LCD power display, output power mediation knob, while providing RS232 interface, widely being used in nonlinear optics, fiber optic sensing and optical fiber communications and

The KG- EDFA -B erbium-doped fiber power amplifier (EDFA) uses high-performance pump laser, high gain erbium-doped fiber, and unique control and protection circuit to achieve low noise and high stability output. The front panel provides power switch, LCD power display, and output power mediation knob, while providing RS232 interface, usually being used as a power fiber amplifier in optical fiber sensing and fiber optical fiber communication systems.