The ILX Lightwave LMR-94064000 is a precision laser mount engineered to deliver accurate temperature control and stable alignment for laser diodes in demanding photonics research and development applications. The mount provides a thermally stable platform with precision adjustment mechanisms, enabling fine-tuning of laser diode position and angle for optimal beam coupling and experimental precision.
## Technical Specifications
• **Laser Diode Compatibility:** Accommodates standard laser diodes in common TO-can and industry-standard packages with secure mounting and thermal stability
• **Temperature Control:** Integrates with high-stability laser diode controllers featuring temperature regulation of < ±0.01°C; facilitates efficient thermal transfer via integrated thermoelectric cooler (TEC) and temperature sensor
• **Alignment:** Precision adjustment mechanisms enable fine-tuning of laser diode position and angle
• **Electrical Interface:** Designed for connection to ILX Lightwave laser diode current sources and temperature controllers; incorporates common mode structure to isolate laser ground from current source ground, reducing noise from system ground loops
• **Protection:** Compatible controllers provide multiple protection levels including isolated power supplies, slow start, adjustable current limits, and output shorting relays
• **Construction:** Durable, thermally conductive materials designed for long-term stability and resistance to laboratory environmental factors
## Key Features
• Precision thermal management with TEC integration
• Fine-tuning capability for beam alignment
• Ground isolation architecture for noise reduction
• Multi-level laser diode protection when used with compatible controllers
## Typical Applications
• Photonics research and development
• Precision laser diode characterization
• Advanced optical system alignment
• Scientific investigations requiring stable laser parameters
## Compatibility & Integration
The LMR-94064000 integrates with ILX Lightwave laser diode controllers (LDC-3900 and LDC-3700 series), precision current sources (LDX-3412 and LDX-36000 series), and optical measurement instruments.
