Product Description:
Our Fiber Optic Passive Components are designed to operate
optimally in an operating humidity range of 0~95%RH, providing
reliable performance even in harsh environmental conditions. The
Pass Band Profile for our Fiber Optic Passive Components is
Gaussian, which allows for minimal signal distortion and maximum
efficiency.
Our Fiber Optic Passive Components offer a 3dB Channel Bandwidth of
≥0.41nm, which is an ideal range for high-speed data transmission.
The connector type for our product is LC/UPC, which is a standard
connector type used in most fiber optic devices.
Our Fiber Optic Passive Components operate in an extended operating
band of C21~C60, which makes them compatible with a wide range of
fiber optic devices and applications. With our product, you can be
assured of seamless connectivity and optimal performance across
various fiber optic devices and applications.
Our Fiber Optic Passive Components are made of high-quality
materials, making them durable and long-lasting. They are designed
to withstand harsh environmental conditions and provide reliable
performance even in the toughest of situations.
In summary, our Fiber Optic Passive Components product is an
essential component for efficient and reliable telecommunications.
With its operating humidity range of 0~95%RH, Gaussian Pass Band
Profile, 3dB Channel Bandwidth of ≥0.41nm, LC/UPC connector type,
and operating band of C21~C60, our product ensures seamless
connectivity and optimal performance across various fiber optic
devices and applications.
Features:
- Product Name: Fiber Optic Passive Components
- Fiber Type: G652D
- Clear Passband: ±12.5GHz
- Ripple: ≤2dB
This product is part of the Fiber Optic Passive Components category, which includes other products such as Fiber Optic Transceiver Modules and Fiber Optic Active Components .
| Polarization Dependent Loss in Clear Channel Band | ≤0.6 | dB |
| Polarization Mode Dispersion | ≤0.5 | ps |
| Chromatic Dispersion | ±20 | ps/nm |
| Operating Temperature | -5~65 | oC |
| Operating Humidity | 0~95 | %RH |
| Storage Temperature | -40~85 | oC |
| Storage Humidity | 0~95 | %RH |
| Connector Type | Com & Mon | LC/UPC | |
| ITU Grid | LC/UPC | |
| Fiber Type | G652D | |
| Input and Monitor 900um loose tube Fiber Length | 1000±50 | mm |
| ITU Grid 900um loose tube Fiber length | 1000±50 | mm |
| Package Size | L120xW70xH10 (尽量挑选10mm正公差的盒子,接近10.5mm) | mm |
Applications:
The 40+1CH Gaussian AAWG Spec is designed to provide efficient and
reliable performance in various applications. This product is
suitable for use in Fiber Optic Active Components, Fibre Optic
Connectors, and Fiber Optic Sensors. The adjacent channel isolation
for this product is ≥25dB, while the connector type is LC/UPC. The
operating band for this product is C21~C60, and the ripple is ≤2dB.
The fiber type for this product is G652D.
The 40+1CH Gaussian AAWG Spec can be used in various occasions and
scenarios. For instance, this product can be used in data centers,
where high-speed data transmission is required. It can also be used
in telecommunication networks, where reliable and efficient
communication is of utmost importance. Additionally, this product
can be used in broadcasting and television networks, where
high-quality audio and video signals are transmitted.
Other applications of the 40+1CH Gaussian AAWG Spec include medical
equipment, military applications, and industrial automation. This
product is designed to provide reliable and efficient performance
in these applications, ensuring that the end-users have access to
quality services and products.
Support and Services:
Fiber Optic Passive Components Technical Support:
- Expert assistance with product installation, configuration, and
troubleshooting
- Guidance on product usage, including best practices and tips
- Assistance with identifying and resolving product defects
Fiber Optic Passive Components Services:
- Customization options to meet unique customer needs
- Product training and education for customers and partners
- Repair and maintenance services to ensure product longevity and
performance
