LDP-CW 130-05

783,00 

Please note the quantity-related graduated prices.
The price will be adjusted accordingly in the shopping cart.

Our cw Drivers

The products of the LDP-CW series are very efficient and compact cw drivers for laser diodes.
In addition to constant output currents, analog modulated waveforms such as sinusoidal, square or triangular can be used.
The innovative current control concept of the LDP-CW series causes significantly less losses compared to the frequently used linear current control concepts. We are especially proud of our LDP-CW 250-40 driver with a power of 10 kW on a size of less than one third of a shoe box! In addition, the output current in the F version can be modulated at up to 50 kHz, which means that rapid load changes with rise times < 20 µs can be realized. – Output current: 5 … 130 A – Compliance voltage: 0 … 5 V – Output power: 900 W – Analog modulation – Multiple protection devices – High efficiency


SKU 140500 Category Tags , , ,

Quantity based pricing table

Min Max Unit Price
1 2 783,00 
3 4 705,00 
5 9 675,00 
10 24 634,00 
25 49 612,00 


  • Quality Made in Germany
  • Designed, build & checked in house

Weight 0,225 kg
Dimensions 7,5 × 6,09 × 2,9 cm
Output current

5 .. 130A

Output voltage

0 .. +5V

Max. compliance voltage

(max. +10V), 0 .. typ. +5V

Supply Voltage

+24V, DC

Mode

CW

Control interface

Analog, Digital

Max. power dissipation

75W

Output power

900 W

Plug types

RS-232

Dimensions in mm

Half brick size, 75 x 60.9 x 29

Weight in g

225

Operating temperatur

0 to +55 °C

Features

Driver status output, Enable/disable input, Overtemperature shutdown, Protection of laser diode against reverse currents, Soft start

Our cw Drivers

The LDP-CW 130-05 is our compact and efficient CW driver with a maximum output power of up to 1 kW. The products of the LDP-CW series are very efficient and compact cw drivers for laser diodes. Their capability ranges from continuous output current to analog modulated waveforms like sinusoidal, rectangular or triangular. The innovative current regulation concept of the LDP-CW series produces considerably less losses compared to the commonly used linear regulation concept. We are especially proud of our LDP-CW 250-40 driver with a power of 10 kW on a size of less than one third of a shoe box! In addition, the output current in the F version can be modulated at up to 50 kHz, which means that rapid load changes with rise times < 20 µs can be realized.  

LDP-CW 130-05:

  • Output current: 5 … 130 A
  • Compliance Voltage: 0 .. 5 V
  • Output power: 900 W
  • Analog modulation
  • Several protective devices
  • High efficiency

Weight 0,225 kg
Dimensions 7,5 × 6,09 × 2,9 cm
Output current

5 .. 130A

Output voltage

0 .. +5V

Max. compliance voltage

(max. +10V), 0 .. typ. +5V

Supply Voltage

+24V, DC

Mode

CW

Control interface

Analog, Digital

Max. power dissipation

75W

Output power

900 W

Plug types

RS-232

Dimensions in mm

Half brick size, 75 x 60.9 x 29

Weight in g

225

Operating temperatur

0 to +55 °C

Features

Driver status output, Enable/disable input, Overtemperature shutdown, Protection of laser diode against reverse currents, Soft start

Our cw Drivers

The LDP-CW 130-05 is our compact and efficient CW driver with a maximum output power of up to 1 kW. The products of the LDP-CW series are very efficient and compact cw drivers for laser diodes. Their capability ranges from continuous output current to analog modulated waveforms like sinusoidal, rectangular or triangular. The innovative current regulation concept of the LDP-CW series produces considerably less losses compared to the commonly used linear regulation concept. We are especially proud of our LDP-CW 250-40 driver with a power of 10 kW on a size of less than one third of a shoe box! In addition, the output current in the F version can be modulated at up to 50 kHz, which means that rapid load changes with rise times < 20 µs can be realized.  

LDP-CW 130-05:

  • Output current: 5 … 130 A
  • Compliance Voltage: 0 .. 5 V
  • Output power: 900 W
  • Analog modulation
  • Several protective devices
  • High efficiency

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