DK- 414N- 4 Development Kit Manual
2. The heat sink surface must be free of dust particles. Place the thermal interface sheet on the heat sink
with its pre-drilled holes matching the holes on the heat sink (Figure 8).
Figure 8: Thermal interface sheet on heat sink
Figure 9: Device mounted on heat sink
3. Place the device on the thermal interface sheet.
4. Insert screws in the holes of the coreboard and tighten. To ensure equal pressure is exerted by all
screws, alternate tightening each screw until the board is securely fastened. The device is now mounted
and ready for electrical connections (Figure 9).
3.3 Electrical Connections
The following sections assume that the user has all the equipment listed in Table 1.
1. Each of the four LEDs in the CBM 380 can be driven at 9-12 A and the power supply being used must be
capable of providing sufficient power to drive the CBM-380. Preset the output voltage to 0 V and keep
the power supply switched off until all connections are established.
2. Connect the driver boards to the LED and the power supply using the cables provided in the kit (Figure
10). Consult Appendix F for the LED electrical pin-out to determine which color each driver board would
be controlling. The driver board to LED cable connects to the driver boards at P10 and has thermistor
connections from the LED, which can be connected to test points THRM1 and THRM2 on any driver
board, if necessary. The short 2-pin fan cable must be connected to one of the driver boards at J10.
3. Use the jumper provided with the driver board to short signal pins 2 and 3 (see Figure 1 and Table 5).
These pins correspond to Analog ADJ and POT; shorting them enables the on-board potentiometer.
Alternatively, the jumper can be removed and signal cable can be used to short the Analog ADJ and
POT pins.
4. Set the POTs to the minimum current setting by rotating them fully counter-clockwise. The embedded
arrow should point towards the “10” on the POT.
5. The development kit is now ready to be powered on. Turn on the power supply and increase the source
voltage to -12 V. The driver will draw about 1-2 A current.
CAUTION: Do not set the power supply higher -12 V; doing so may damage the driver.
960031 Rev C ? Luminus Devices, Inc. All rights reserved.
Page 6
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