Applications:
- Fiber lasers and amplifiers
- Medical systems
- Direct diode materials
processing
Benefits:
- Improved system reliability
- Reduced bill-of-materials
- Faster time to market
- Lower overall costs
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WinVue
Graphical User Interface |
|
In addition to the array of safety features
common to all VueMetrix products, the MV-21 and
MV-40 are equipped with DiodeGuard™, a revolutionary advance in laser
diode protection. The
DiodeGuard circuit and its’ supporting firmware will protect your valuable
laser diode against
two of the most common causes of laser diode failure.
The new MV controllers are designed for applications that use multiple
high-powered discrete
diodes operated in series. With greater numbers of diodes operating
in series the risk is higher
of a cascade failure caused by a diode short circuit or an intermittent
connection.
The Vue-MV
with DiodeGuard is designed to protect your valuable laser diodes
from these problems.
The Vue-MV has all the attributes expected in an OEM controller -
and more. In addition to
being compact, low cost and configurable, its extensive feature set
allows it to be a bench top
controller, a stand-alone system controller, or an embedded control
component in a complex
instrument.
With WinVue software and an attached PC this highly advanced OEM
controller provides all the
functionality of an expensive lab instrument in an OEM form factor.
WinVue provides tools to aid
the design and production engineer to bring your product to market
faster.
The MV-21 and MV-40 with DiodeGuard™ combines innovative circuit
design, software diagnostics
and a digital control interface to set a new standard in laser diode
control and safety.
For more information and to see why the Vue-series is the only laser
diode controller you’ll ever
need, contact VueMetrix today.
Features:
• DiodeGuard
Advanced Safety Circuit
•Advanced control and monitoring
function |
• WinVue
user interface software
• Stand-alone or embedded operation
• OEM systems or PCB only options |
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Specifications
| |
MV-21 |
MV-40 |
| Ouput |
| Output Current
and Voltage |
|
|
| Option-01 |
10A,
21V max. |
10A,
40V max. |
| Option-02 |
15A,
14V max. |
15A,
27V max. |
| Output Current
Resolution |
0.03%
full scale |
| Noise/ripple @
Max. Load |
0.05%
RMS |
| Compliance Voltage
@ Max. Current |
6--21V |
10-40V |
| Laser Voltage
Measurement Range |
0-21V |
0-40V |
| Laser Voltage
Measurement Resolution |
0.03% |
| Laser Voltage
Measurement Accuracy |
3% |
| Pulsed
Operation |
|
|
| Pulse Rate (internal
control) |
User
settable up to 100 Hz, max. |
| Pulse Width (internal
control) |
User
settable |
| Pulse Rise Time
(typical, at max. current) |
< 1.5
msec |
| External Trigger |
TTL,
edge trigger |
| External Level
Control |
0-5V |
| Monitor
Inputs |
|
|
| Light-loop Input
Signal Range |
0-2
mA or 0-2.5V, factory settable |
| Light-loop Input
Signal Resolution |
0.03%
FS |
| Light-loop
Input Signal Accuracy |
User
calibrated using software interface |
| Temperature Sensor
(not included) |
NTC
10KΩ |
| Temperature Resolution |
0.03°C,
typical |
| Temperature Accuracy |
User
calibrated |
| Connectors |
|
|
| Data |
RS-232
or USB-B |
| Output |
DB15
female, mixed pin
(male mating connector included) |
| External Trigger |
SMB |
| External Level |
SMB |
| Interlock |
Molex
43025-0200
(male mating connector included) |
| Power |
AC
w/ ground |
| General |
|
|
| Input Power |
90-264
VAC |
| Current |
< 6A
at 115V |
< 8A
at 115V |
| Frequency |
47-67
Hz |
| Efficiency |
90% |
| EMI |
Designed
to meet FCC-B |
| Operating Temperature |
0°C
to 40°C, non-condensing |
| Dimensions (HxWxD) |
3.5”x3.75”x8.25” |
4.01”x4.84”x10.68” |
| Optional
AC Power Supply |
|
|
| Input Voltage |
24
VDC +/-5% |
48 VDC +/-5% |
| Input Current |
<11A,
max. |
<11A,
max. |
VueMetrix endeavors to continually improve product performance.
Specifications are subject to
change without notice.
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