It is a strobe LED light source with a pulse width of less than 1 μsec, ranging from 1W to 3W. It is compact and inexpensive.
This is a high-speed strobe LED light source with a width of less than 1μsec and a rise time of 0.1 to 0.2μsec. The output ranges from 1 to 3W, and several wavelengths are available. By purchasing the driver unit, you can use it with various interchangeable wavelengths. Cooling options include a fan-assisted air cooling type and a cost-effective, compact natural air cooling type.
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basic information
- The HQ601-ST high-output strobe LED light source can generate high-output light pulses in the range of 1 to 3 watts by driving the LED with a maximum current of 1 Amp and a maximum LED applied voltage of 15V. - By using a high-speed MOSFET (Max 40V, 5Amp) in the driver circuit, high-speed emission can be achieved with a rise time of tr = 80nsec and a fall time of tf = 50nsec (depending on the LED). - By attaching an air-cooling fan for LED cooling, it emits light in the ON state of an external TTL pulse and stops in the OFF state. Therefore, by reducing the output, operation at a pulse width of 0.2μsec and over 1MHz is possible. For maximum output, please refer to the Duty Cycle section. - It is also possible to use it without a cooling fan if only lowering the Duty Cycle is required.
Price information
With a fan, it's about 150,000 yen, and without a fan, it's about 120,000 yen. The strobe LED driver without LED will also be sold separately for about 100,000 yen.
Price range
P3
Delivery Time
P4
※The delivery time is three weeks.
Applications/Examples of results
High-speed imaging of spray droplets High-speed imaging of printer droplets High-speed imaging inspection of products flowing quickly on the line
Detailed information
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We can provide just the driver for the high-speed strobe LED light source.
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Company information
Hamamatsu Quantum Co., Ltd. conducts research, development, manufacturing, and sales of scientific instruments for detecting infrared ultra-weak light emission and weak spectroscopy, as well as electron beam devices. We provide a single-photon emission observation device and a single-photon spectroscopy device that focus on the quantum aspects of light. In our pursuit of understanding the reality of quantum, we aim to create new quantum frontiers and foster the quantum industry.
