Xenon Arc Lamp-Lisen Optics

The intensity of the iLight-XE xenon light source can be controlled via an internal chip, while the flash frequency is controlled by external pulses. Its performance and interface definitions are perfectly matched to the Hamamatsu L13651-2W xenon light source from Japan. Due to its compact size, the iLight-XE is highly suitable for integration by industrial customers, but it is also versatile enough for use in research laboratory applications.

The Spectrum of iLight-Xe

The intensity of the iLight-XE xenon light source can be controlled via an internal chip, while the flash frequency is controlled by external pulses. Its performance and interface definitions are perfectly matched to the Hamamatsu L13651-2W xenon light source from Japan. Due to its compact size, the iLight-XE is highly suitable for integration by industrial customers, but it is also versatile enough for use in research laboratory applications.

The Spectrum of iLight-Xe

Typical Application

Main Technical Indicators

Model	iLight-XE (iLight-XE-XM)
Wavelength Range	185-2000 nm
Power Stability	1.20%
Average Output Power	2W
Output Interface	SMA905 / Free-space light output
Input Voltage	5V or 12V
Input Current	Max. 0.5A @ 5V / 0.2A @ 12V
Trigger Voltage	5V pulse square wave
Input Impedance	220Ω
Bulb Life	109 pulse counts
Trigger/Shutter Input Signal	TTL / 1-79 Hz
IO Control Interface	DB-9P / PH2.0-6P
Operating Temperature	5°C - 45°C
Power Requirements	DC 12V
Dimensions/Weight	108×105×280 mm / 42×42×79 mm

Main Technical Indicators

Model	iLight-XE (iLight-XE-XM)
Wavelength Range	185-2000 nm
Power Stability	1.20%
Average Output Power	2W
Output Interface	SMA905 / Free-space light output
Input Voltage	5V or 12V
Input Current	Max. 0.5A @ 5V / 0.2A @ 12V
Trigger Voltage	5V pulse square wave
Input Impedance	220Ω
Bulb Life	109 pulse counts
Trigger/Shutter Input Signal	TTL / 1-79 Hz
IO Control Interface	DB-9P / PH2.0-6P
Operating Temperature	5°C - 45°C
Power Requirements	DC 12V
Dimensions/Weight	108×105×280 mm / 42×42×79 mm

Xenon Lamp Interface Definition

Pin	Definition
Vcc	Positive power supply, 5V or 12V
TRIG+	Trigger signal
TRIG-	Trigger ground (negative)
Gnd	Power ground (negative)
Shield	Shielding

Precautions for Use

When using the iLight-XE xenon light source, it is crucial to adhere to the following usage precautions to ensure safe operation and optimal performance:

● Power Supply Compatibility:

The light source can be powered using either a 12V or 5V power supply. Ensure that the positive and negative terminals are correctly connected to Vcc and Gnd, respectively.

● Trigger Connection:

Connect the TRIG- terminal to the ground (Gnd) of the microcontroller. The xenon lamp is activated by controlling the high or low state of the TRIG+ terminal. The lamp lights up on the rising edge of the trigger signal.

● Control Frequency:

The maximum control frequency of the xenon lamp can reach up to 79Hz. However, it is recommended to limit the frequency to no more than 60Hz during actual use to prevent overheating and to extend the lifespan of the lamp.

● Electrical Safety:

Always ensure that the power supply and wiring are secure and that no loose connections exist. Incorrect or loose wiring can lead to short circuits or malfunction of the light source.

● Heat Management:

Since the light source uses a xenon lamp, it can generate significant heat during operation. Ensure there is adequate cooling and ventilation around the device to prevent overheating.

● Handling and Maintenance:

Handle the light source with care, especially when connecting or disconnecting the fiber optic interface. Regular maintenance checks should be performed to ensure the longevity and proper function of the lamp.

By following these precautions, you can safely utilize the iLight-XE xenon light source for various applications, maintaining its efficiency and reliability over its operational lifetime.

Dimension Drawing (Unit: mm)