Features
- Ideal for Bare Fiber, Lensed Fiber, or Sleeved Fibers
- Variable Hexagon-Shape Holder
- Accommodates Fibers Ranging from Ø125 µm to Ø2 mm
- Variable Pressure Clamping Arm
- 4 mm Travel Adjustment Range
- 300 µm Fine Adjustment with 50 nm Resolution
- Suitable for any RMS-Threaded Objective (Not Included)
Included in the Kit:
- MAX311D: 3-Axis Flexure Stage with Differential Drives and Internal Piezos with Feedback
- AMA009: Fixed Angle Bracket
- HCS010: RMS Microscope Objective Mount
- HFF001: Variable V-Groove Fiber Clamp
- HFS001: Cable Strain Relief
The MAX373D launch system with quick release fiber features our high resolution differential adjusters, which are ideal for optimizing the coupling of a free space laser into a single mode fiber, even in the visible spectrum where the mode field diameter of the fibers are as small as 3 µm. The quick-release fiber holder provides six mounting surfaces, each one designed to accept a different size fiber. The addition of a cable strain relief helps to prevent inadvertent disruption of the system, a small feature that can be a great time saver. This preconfigured system is an ideal starter system that can be quickly adapted to many uses.
The MAX373D uses three strain gauge displacement sensors to provide a voltage signal that is linearly proportional to the displacement of the piezoelectric element. Using this signal, it is possible to compensate for hysteresis, creep, or thermal drift that is inherent to all piezoelectric elements. Additionally, the use of the displacement sensor in combination with our NanoTrak™ Auto-Alignment System allows you to optimize precisely the coupling efficiency of an optical system. Then once aligned, the displacement sensors can be used to stabilize the position of the system while subsequent operations are performed.
Specifications
- Fiber Diameter Range: 125 µm to 2 mm
- Fiber Connector: Bare Fiber
- Piezo Drive Voltage: 0 - 75 V
- Piezo Range: 20 µm
- Piezo Resolution (Theoretical): 20 nm (5 nm with Strain Gauge)
- Piezo Bidirectional Repeatability: 200 nm Open Loop, 5 nm Closed Loop
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