channel test instrument
Multi-channel hypervelocity insertion loss tester is a new generation of optical measurement systems designed for high-speed, high-precision assessment of multi-optic connectors and optical components.
Specification Snapshot
Appearance Size
260 x 230 x 90mm
Center Wavelength Deviation Range
±2nm
Short-term output power stability
±0.01dB
Long-term output power stability
±0.025dB
Light Output Interface
24 MPO (8 )
Channels
24
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Overview
Multi-channel hypervelocity insertion loss tester is a new generation of optical measurement systems designed for high-speed, high-precision assessment of multi-optic connectors and optical components. The instrument is based on a working principle that is distinct from the traditional insertion of the loss tester; while maintaining excellent measurement stability and repetition; and significantly increasing test efficiency. Unlike traditional systems, which require the re-engineering of light paths for each measurement, the test instrument does not need to be re-engineered for optical re-engineering. Therefore; multi-channel insertion loss tests can be completed within approximately one second; significant improvement in the efficiency of testing of production and quality control links
Specifications
| Parameter | Value |
|---|---|
| Operating Power Supply | AC220V±10%,50Hz±10Hz |
| Wavelength Test Time | <1s |
| Laser type | DFB |
| Center Wavelength Deviation Range | ±2nm |
| Optical Output Method | CW CW |
| Short-term output power stability | ±0.01dB |
| Long-term output power stability | ±0.025dB |
| Communications portal | RS232 |
| Light Output Interface | 24 MPO (8 ) |
| Channels | 24 |
| Detector Size | 4x8mm |
Key Features
Equipment. Multi-Channel; Test Efficiency. MPO; PD Detector
Datasheet
Product Datasheet
PDF
Supplier Information
Ningbo Litas was founded in 2016 by a Ph.D. returnee from the United States. We invented the non-contact fiber optic connector, which has overturned the contact-type fiber optic connector used worldwide for 40 years. It has won multiple invention awards abroad and was hailed by foreign media as 'the world's first major breakthrough in the field of fiber optic connectors in 30 years,' and has been nominated as the next international standard. The company is mainly dedicated to its award-winning non-contact MPO fiber optic connector (MNC) and non-contact single-fiber connectors. 'Excellent performance' is the hallmark of all our non-contact fiber optic connectors. Compared with traditional MPO connectors, MNC offers significant improvements in repeatability, dust sensitivity, and lifespan. Single-fiber non-contact connectors (LC, SC, FC) share the same advantages. With these performance benefits, non-contact fiber optic connectors can easily operate in harsh environments and under severe conditions where ordinary physical contact connectors cannot work. We will continue to serve more customers with professionalism and integrity.
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