Contact Us
TFF 1310/1550nm FWDM

TFF 1310/1550nm FWDM

T&S FWDM Device is a product that can customize the transmission band or the reflection band within the wavelength range of 1260-1680nm; it can achieve transmission or reflection function in the two optical communication windows of 1310 and 1550; it has low insertion loss, polarization-dependent loss, high isolation; stable wavelength thermal stability.

Features of TFF 1310/1550nm FWDM

  • Automatic Optical alignment

  • Optical path epoxy free

  •  Low insert loss & high isolation

  • Telcordia-GR-1221-Core qualified

  •  RoHS compliant



Applications of TFF 1310/1550nm FWDM

  •  Channel separator

  •  Module integration

  •  WDM system

Specifications of TFF 1310/1550nm FWDM

Specification

Parameter

Unit

Specification

1310/1550

1310/1550H

Operating Wavelength

Transmission

nm

1460-1650

Reflection

nm

1260-1400

Transmission Port

(Port1=>Port2)

Insertion Loss

dB

≤0.6(Typical 0.4)

≤1.0(Typical 0.8)

Isolation

dB

≥40

≥45

Reflection Port

(Port1=>Port3)

Insertion Loss

dB

≤0.5(Typical 0.3)

≤1.0(Typical 0.6)

Isolation

dB

≥15

≥45

Return Loss

dB

≥45

Insertion Loss Thermal Stability

dB/℃

≤0.005

Polarization Dependent Loss

dB

≤0.10

≤0.20

Polarization Mode Dispersion

Ps

≤0.10

Directivity

dB

≥45

Power Handling

mW

300

Operating Temperature

-40 ~ +85

Storage Temperature

-40 ~ +85

Fiber Type--
Corning SMF-28 Ultra, G657A1/A2 or customer specified
Pigtail type--Φ250μm bare fiber or Φ0.9mm loose tube
Fiber lengthm1.0,or customer specified

Package Dimension

mm

Steel tube:

Φ5.5x34 for Φ250μm bare fiber , Φ5.5x38 for Φ0.9mm loose tube;

Glass tube:

Φ4.0x26 for Φ250μm bare fiber


Note:

  • Insertion loss excluding connector loss. With connectors add 0.3dB;

  • Connectors can be supplied on request.

Product Inquiry
Email us if you are interested in ts communication fiber optic products and solutions. T&S
Recommended Products
Applications
Technical Blogs
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept