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Optogenetics > Laser Diode Light Sources

Mniturized Fluorescece microscopy

When you have to use very thin diameter optical fiber (under φ100μm), LED is not enough to delivery light power out put. In this case we recommend you choose Laser light sources for optogenetics.

• The Laser Diode Module Driver available in 1, 2 and 4 channel models is controlled manually or by a computer via USB. Each channel has a BNC input connector for up to 10 kHz TTL/analog modula- tion of the driving current and a BNC output connector for monitoring the driving current or for the synchronization with other devices.
• The module connects only to Doric Laser Diode Module Driver over the M8 electrical pigtail. Each module contains an EPROM memory allowing the Laser Diode Module Driver to recognize the device and set the corresponding maximum current, preventing accidental overdrive of the laser diode by the user.
• Unlike most commercial laser diode drivers, our linear driving electronics elimi- nates leakage current and has no light output when current is set to zero. For optogenetics experi- ments it is of crucial importance that light is off when the driving current is set to zero.

Products and Accessories

LDFLS-1_473

1ch Laser Diode light source with driver.473nm

LDFLS-2_473_520

2ch Laser Diode light source with driver.473nm + 520nm.

LDFLS-4_405_473_520_638

4ch Laser Diode light source with driver.405nm + 473nm + 520nm + 638nm.

CLDL_x

Laser Diode Module. 405nm / 450nm / 473nm / 488nm / 520nm / 638nm are available.

LDMD-1

1ch Laser Diode driver

LDMD-1

2ch Laser Diode driver

LDMD-4

4ch Laser Diode driver

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