[Features] · Can adjust the tilt angle of small sensors and laser pointers. · P.C.D.32 tapped holes are included on the holder surface. Uses these to mount various types of adapter plate.
[Features] · F20 sandwiches the laser between three screws. The optical axis is adjusted by screwing in and out. · With F21, in addition to the function of F20, it is possible to adjust in the θy direction by operating the screw at the bottom of the holder. · Both F20 and F21 have two types, L=150 and 250, depending on the length of the laser. · The included standard rod has a diameter of ø20 and a length of 60, but both the rod diameter and length can be changed upon request. · The laser holding part can be fixed to positions at 50 mm intervals by removing the fixing screw from the bottom (only F20-150/250). · The F20 can be attached directly to the breadboard (A65) by removing the rod.
[Features] · A water cooling adapter for F125/F126/F127 LD holders · Connect to water tanks which circulate water at low temperatures to enable superior temperature stability and low temperature control. · Connect using a 1/4 inch hose (hose not included)
[Features] · A Chip Carrier type LD holder with a built-in Peltier element. · Features a built-in Peltier element, and a calibrated 10kΩ thermistor sensor. · The switching for the anode/cathode of the LD can be configured by replacing the jumper pins. · There are two types of Chip Carrier LD holder. Configure according to the mounting (output) direction of the LD. · For connectors, a D-sub9 pin female is used for driving the LD, and a D-sub9 pin male is used for the temperature controller. · The F129-1 water cooling adapter is also available. · Use a low temperature circulating water tank or similar to enable greater stabilization and for even lower temperatures.
[Features] · A To-Package type LD holder with a built-in Peltier element. · Features a built-in Peltier element, and a calibrated 10kΩ thermistor sensor. · Supports LD sizes of ø5.6 (Pin PCD, 2.0) and ø9.0 (Pin PCD, 2.54) for three-pins and for four-pins respectively. · For common anodes and common cathodes, etc., configure by replacing the jumper pins. · For connectors, a D-sub9 pin female is used for driving the LD, and a D-sub9 pin male is used for the temperature controller. · The F129-1 water cooling adapter is also available. · Use a low temperature circulating water tank or similar to enable greater stabilization and for even lower temperatures.