Configurable Switch Components

Configurable Switch Components - Lens

Part Number	Description / PDF	Quantity
ALL8 Altech Corporation	LENS ILL ACT 30 MM YEL	0
2FT6 Altech Corporation	COLOR CAP FOR 2AF0 BLUE	0
2LAL8 Altech Corporation	LENSEILLUM. ACTUATORFILAMENT YEL	50
2LAL3 Altech Corporation	LENSEILLUM. ACTUATORFILAMENT GRN	0
2ALM3L Altech Corporation	LENS LED MUSHROOM OP 22MM GRN	0
2FT2 Altech Corporation	COLOR CAP FOR 2AF0 BLACK	0
ALL6 Altech Corporation	LENS ILL ACT 30 MM BLUE	100
2ALM1L Altech Corporation	LENS LED MUSHROOM OP 22MM WHITE	0
2LAR7 Altech Corporation	RING FOR ILLUM. ACTUATORS TRANSP	0
2LAL5 Altech Corporation	LENSEILLUM. ACTUATORFILAMENT AMB	0
2LAL7 Altech Corporation	LENSEILLUM. ACTUATORFILAMENT CLE	0
2LAL8L Altech Corporation	LENS ILLUM. ACTUATOR W.LED YELLO	20
2ALM4L Altech Corporation	LENS LED MUSHROOM OP 22MM RED	10
2FT8 Altech Corporation	COLOR CAP FOR 2AF0 YELLOW	0
2LAL6 Altech Corporation	LENSEILLUM. ACTUATORFILAMENT BLU	0
ALL3 Altech Corporation	LENS ILL ACT 30 MM GRN	80
2ALM6L Altech Corporation	LENS LED MUSHROOM OP 22MM BLUE	0
ALL5 Altech Corporation	LENS ILL ACT 30 MM AMBER	20
2ALM5L Altech Corporation	LENS LED MUSHROOM OP 22MM AMBER	10
ALL1 Altech Corporation	LENS ILL ACT 30 MM WHITE	100

Configurable Switch Components - Lens

1. Overview

Configurable Switch Components - Lens refers to a category of modular electro-optical switching devices that integrate adjustable optical lens systems with customizable switching mechanisms. These components enable precise control of electrical circuits through optical signal modulation, combining mechanical actuation with light-based sensing technologies. Their importance in modern systems lies in enabling adaptive automation, high-precision detection, and non-contact operation across industrial, medical, and consumer electronics applications.

2. Major Types and Functional Classification

Type	Functional Characteristics	Application Examples
Adjustable Focus Lens Switches	Variable focal length control with position feedback	Machine vision systems, robotic alignment
Multi-Spectrum Optical Switches	Dual-band IR/visible light operation	Security sensors, optical communication
Programmable Matrix Switches	Software-defined optical path routing	Telecom networks, lab-on-chip devices
Environmental Resilient Units	IP69K rated for harsh conditions	Outdoor automation, industrial IoT

3. Structural and Technical Composition

Typical construction includes: - Lens Assembly: Graded-index (GRIN) or aspheric lenses with anti-reflective coating - Actuation Mechanism: Piezoelectric, electromagnetic, or MEMS-based micro-actuators - Signal Interface: Standardized PCB mounting with configurable pinouts - Housing: Aluminum alloy or polycarbonate enclosures with thermal compensation - Control Circuitry: Integrated microcontrollers for parameter configuration

4. Key Technical Specifications

Parameter	Typical Range	Importance
Wavelength Range	400-1600nm	Determines optical compatibility
Switching Speed	0.1-50ms	Impacts real-time performance
Resolution	1-10 m	Critical for precision applications
Operating Temperature	-40 C to +125 C	Defines environmental suitability
MTBF	100,000 - 1,000,000 hours	Measures long-term reliability

5. Application Fields

Industrial Automation: Conveyor sorting systems, CNC machine tools
Medical Equipment: Non-contact surgical instrument controllers
Telecommunications: Optical cross-connect systems
Consumer Electronics: Smart home sensors, AR/VR headsets

6. Leading Manufacturers and Products

Manufacturer	Representative Product	Key Features
TE Connectivity	LensSwitch 7000	IP67 rating, 0.5ms response time
Omron Corporation	ZW-F3 Series	Dual-beam stabilization, 50m detection range
Honeywell	FS-Lens Pro	AI-driven adaptive focusing
Hamamatsu Photonics	C12880MA	Multispectral imaging integration

7. Selection Recommendations

Key considerations: - Environmental factors (temperature, vibration, contamination) - Optical requirements (wavelength sensitivity, light intensity) - Integration constraints (form factor, mounting options) - Control interface compatibility (analog/digital protocols) - Cost vs. performance trade-offs (Example: Semiconductor manufacturing requires Class 10 resolution)

8. Industry Trends Analysis

Emerging developments include: - Integration with edge AI for self-optimizing systems - Miniaturization through MOEMS (Micro-Opto-Electro-Mechanical Systems) - Adoption of plastic photonics for cost reduction - Increased use in autonomous vehicle LiDAR systems - Development of self-cleaning lens coatings using nanotechnology