(ZVS) inverter which permits very high frequency conversion with minimum losses. As a laser diode driver, the LDD-3000 power supply acts as a current source and delivers constant current based on the input program signal, Iprogram(+), which is normally 0-10V. An optional RS-232 interface is available. All units are configured with a maximum current and maximum voltage capability, depending on the user’s requirements.
Power, Inc. are qualified to service this equipment. High Voltage Present: This power supply produces lethal high voltages. Only service personnel of Lumina Power, Inc. are qualified to service this equipment. Only qualified service personnel are permitted to install this power supply. 02001101 Rev1...
LDD-3000 Diode Driver Theory of Operation (Refer to Figure 1) The LDD-3000 laser diode driver was designed specifically for the OEM high power CW laser diode systems. OEM power supplies for the laser diode industry have the following requirements: Safe laser diode operation ...
Output Circuit The output filter is a two stage RC filter designed to keep ripple and output noise very low. For lower power units, such as the LDD-3000-250, a single stage filter is used. Control Circuit The control circuit handles all the responsibilities associated with safe operation of the laser diode.
LDD-3000-XX-YY SPECIFICATIONS XX = Iout YY = Vout XX * YY cannot exceed Pout Model Pout Iout Input Voltage Size (L x W x H) Can be configured 17” x 16.5” x 3.5” LDD-3000-XX-YY 3000W from 50A to 200A 200-240VAC 43.2cm x 42cm x 8.9cm...
The output voltage of the supply can be monitored by Vout Monitor. For LDD-3000’s with a maximum rated output voltage less than 10V, Vout Monitor: 0 – 10V = 0 – Vout Vout Monitor = Vout.
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Optional RS-232 Protocol LDD-3000-XX-YY-RS Refer to Figure 4, LDD-3000 Outline Drawing for location of RS-232 Connector. The RS232 interface for Lumina supplies has the following characteristics: Baud rate: 9600 Command format: ASCII characters terminated by carriage return Reply formats: ASCII characters terminated by carriage return Connection: 9 Pin “D”...
Installation and Operation of LDD-3000 Diode Drivers There are two 8-32 PEM nuts on each side of the LDD-3000 for mounting the unit in a system. Refer to Figure 2, the LDD-3000 Outline Drawing, for the location of these PEM nuts Also, there are four 10-32 PEM nuts on the bottom of the chassis for mounting purposes.
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Power can provide any assistance necessary to modify interface program and monitor levels) See Table 1 and Figure 3 for description of LDD-3000 Interface and the associated simplified interface schematic. IMPORTANT NOTE Make sure when connecting interface that the current program setting, Iprogram(+), is set no higher then the value required for operation.
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300V and 105DegC. IMPORTANT SYSTEM NOTE ON AC INPUT POWER LDD-3000 units are fused on both input lines. It does not matter which of the two AC inputs are designated Line or Neutral. b. INTERFACE SETTINGS: Make sure Interlock, Pin 3, is connected to...
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7. Servicing the LDD-3000: LDD-3000 units have no serviceable parts. Do not attempt to repair or service this unit in the field. Removing tamper seals from chassis will void warranty. For further information, contact Lumina Power at 978-241-8260.
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