Based on the Fabry - Perot interference principle, it uses a high - precision
optical etalon to achieve optical spectrum filtering. It has high isolation and high
transmittance. Through precise temperature control, the filtering frequency is
stabilized. It can be used in various optical frequency filtering scenarios.
· High transmittance and high isolation
· Precise temperature control of the etalon
· Precise control of the transmission spectrum
· Optional integrated optical fiber coupling device
Parameter | Specification |
Transmission Linewidth | 10 ~ 1000MHz (customizable) |
Free Spectral Range | 12GHz (customizable) |
Transmittance | 80% (customizable) |
Isolation | > 20dB (customizable) |
Temperature Control Stability | 10?3 °C |
product Introduction:
Based on the Fabry - Perot interference prin
-ciple, it uses a high - precision optical etalon
to achieve optical spectrum filtering. It has hi
-gh isolation and high transmittance. Through
precise temperature control, the filtering freq
-uency is stabilized. It can be used in various
optical frequency filtering scenarios.
Product Features:
High transmittance and high isolation.
Precise temperature control of the etalon.
Precise control of the transmission spectrum.
Optional integrated optical fiber coupling
device.
Parameter | Specification |
Transmission Linewidth | 10 ~ 1000MHz (customizable) |
Free Spectral Range | 12GHz (customizable) |
Transmittance | 80% (customizable) |
Isolation | > 20dB (customizable) |
Temperature Control Stability | 10?3 °C |
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