The JDS Uniphase MAPA+2370290FA is a precision attenuator cassette engineered for optical test and measurement applications within the MAP (Multiple Application Platform) series. This hot-swappable module integrates into either the MAP Master (8-slot) or MAP Benchtop (3-slot) chassis to deliver precise control over optical signal attenuation across telecommunications, fiber optics, and photonics workflows.
## Technical Specifications
• **Product Type:** Precision Attenuator Cassette
• **Attenuation Range:** Wide range of attenuation levels for signal control across optical test scenarios
• **Insertion Loss:** Minimal loss ensures efficient signal transmission
• **Linearity:** ±0.1 dB
• **Repeatability:** Excellent repeatability for consistent performance during adjustments
• **Wavelength Range:** Wide wavelength coverage suitable for optical test and measurement
• **Fiber Compatibility:** Single-mode (SM) and multimode (MM) fiber support
• **Optical Connectors:** Configurable connector options including FC/APC and SC/APC based on application requirements
## Key Features
• Hot-swappable cassette design allows rapid module exchange without system shutdown
• Compact form factor optimizes integration into MAP chassis configurations
• Supports various standard optical connector types for flexible deployment
• Durable construction rated for demanding manufacturing and R&D environments
## Typical Applications
• Telecommunications and optical communication systems
• Fiber optic signal level control and optimization
• Optical component spectral measurements
• Systems compliance testing in manufacturing and research facilities
• Photonics applications requiring precision attenuation
## Compatibility & Integration
Fully compatible with JDS Uniphase MAP platform infrastructure, including MAP Master (MAP+2M00) and MAP Benchtop (MAP+2B00) chassis. The cassette operates within the platform’s hot-swappable backplane architecture, supporting integrated system management through the MAP control console with color display and keypad interface.
