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Single Digital Fiber Optic Amplifier, NPN/ PNP

High-performance single-digit fiber optic amplifier designed for automated testing, supports NPN and PNP outputs, freely adjustable NO/NC output logic, sensing range up to 8cm, wide applicability.
SKU: CCHN-FIBER-SAM
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Delivery date: 6-25 days

This digital fiber optic amplifier needs to be used with fiber optic sensors to meet the needs of multiple scenarios. Fast response (0.5ms) and stable switching frequency (1000Hz) ensure efficient operation. Wide operating voltage range (12-24V DC), power consumption is less than 30mA, energy saving and environmental protection.

Specification

Model CCHN-LSD-V11 CCHN-LSD-V11P
Output Method  NPN PNP
NO/NC (adjustable)
Sensor Range 3-8cm 5cm
Working Voltage 12-24V DC
No Load Current <30mA
Maximum Load Current 100mA
Buck Voltage <1.5V
Switching Frequency 1000Hz
Response Time 0.5ms
Switching Sensitivity <15%(Sr)
Repeatability <5%(Sr)
Protection Class IP65
Operating Ambient Temperature -10℃~55℃
Short Circuit Protection Yes
Overload Current Protection 120mA
Standard Cable Length 2M
Shell Material PBT plastic
Certificates CE
Dimension 66*28.5*9mm
Weight Approx.53.1g


Feature

  • High Sensitivity Adjustable: The detection sensitivity can be adjusted according to the actual use, reducing errors and improving work efficiency.
  • Delayed Output: The output time can be adjusted according to the actual use.
  • Power Mode Adjustable: When detecting tiny foreign objects, FINE mode detection distance is insufficient, used in harsh environments, you can choose different modes of work to improve detection accuracy!
  • Note: This amplifier needs to be used with fiber optic sensor.

Dimensional Drawing (unit: mm)

Single digital fiber optic amplifier sizes

Details

Single digital fiber optic amplifier details

Wiring Drawing

Single digital fiber optic amplifier wiring drawing

Applications

High temperature fiber optic sensor application

Tips: What is the difference between single digital fiber optic amplifiers and traditional optical amplifiers?

Single digital fiber optic amplifiers have the following advantages over traditional amplifiers:

  1. Digital Signal Processing: Through digital processing technology, the impact of environmental interference on detection results can be significantly reduced.
  2. High Accuracy and Sensitivity: The ability to detect very weak light signals makes them suitable for more complex detection environments.
  3. Easy to Operate: Usually equipped with a digital display and buttons to support parameter setting and real-time monitoring.
  4. Smaller Size: With single fiber design, it occupies less space and is more flexible for installation.

In contrast, traditional amplifiers are less tolerant of signal interference and have a relatively narrower scope of application.