Our 14-pin DIL laser diode mounts are designed for dual in-line (DIL) laser diode packages. Zero insertion force (ZIF) sockets and spring-loaded clamps facilitate ease of mounting. They feature our standard 9-pin D-sub input connectors with configurable pin designations to accommodate virtually any laser diode pin configuration.
| Models |
|
|
|
|---|---|---|---|
| Laser Current | 2 A | 2 A | |
| Laser Driver Connector Type | Female 9-pin DSUB | Female 9-pin DSUB | |
| TE Cooler | No | Yes | |
| TE Current Range | -6.0 to +6.0 A | ||
| TE Voltage Range | -4.2 to +4.2 V | ||
| Temperature Range | -5 to 85°C | ||
| Temperature Sensor | None | 10 kΩ NTC Thermistor | |
| TEC Controller Connector Type | Male 9-pin DSUB | Male 9-pin DSUB (TEC) / 9-pin DSUB (Case TEC) |
All standard mounts in the LDM-4980 series feature fully configurable laser and temperature control connections. This allows the flexibility to accommodate virtually any laser diode pin configuration. In addition, these mounts have the ILX Lightwave® standard 9-pin D-sub input connections to make setup and configuration consistent and easy.
The LDM-4982T version is equipped with an external case temperature control option with a built-in thermoelectric module and calibrated 10 kW thermistor. The external case temperature control allows for control of laser package temperature, resulting in simultaneous and independent temperature control of both laser die temperature and package temperature. It is ideal for applications requiring tight temperature stability, different case temperatures, or for testing laser diodes at a wider temperature range than can be accomplished with the internal TEC alone.
The LDM-4982 series is designed to allow quick and easy insertion of DIL-packaged lasers via a 14-pin zero insertion force (ZIF) socket to facilitate ease of mounting and to minimize strain on device leads. Simple lever actuation provides reliable electrical connections to all laser pins. Once installed in the socket, the rear flange of the laser package is friction-clamped to the mount heat sink. (Note that the clamp fingers may be removed, and the laser screwed directly to the heat sink, if desired.)
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