POWER DESIGNS 6050 Technical Data Manual

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TECHNICAL DATA
MODEL 6050
MULTI-RANGE DC POWER SOURCE
0-7V at 5A
0-15V at 3A
0-25V at 2A
0-50V at 1A
0-60V at 0.5A
M O D E L 6050 UNIPLY™
is a regulated DC power source that functionally re-
places five conventional power supplies. It utilizes a
new regulator technique which provides additional
features not available in standard instruments.
Outputvoltage and current ranges cover a broad spec-
trum of laboratory requirements for both digital and
analog applications.
Ranging is transient-free and automatic with changes
in load and the setting of voltage and current controls.
Operation is completely electronic, without relays or
manual switching.
The RFI-free regulator system employs linear circuits
only. No SCR's, switching transistors or high frequency
techniques are utilized.
Power output capability of the supply increases with
increasing A C line voltage. Up to twice rated output is
"Patents applied for
P O W E R D E S I G N S I N C .
1 7 0 0 S H A M E S O R . • W E S T B U R Y , l\l. Y . 1 1 5 9 0
S I S E O g e w o o d 3 - 6 2 0 0 T W X : 5 1 0 - 8 2 8 - 6 5 6 1
available at line voltages over 105 volts. Useful regu-
lated output at reduced levels is available down to a
line voltage of 85 volts.
A flashing panel indicator signals loss of regulation
when load demands are in excess of control settings
or the A C line voltage is too low to support increased
output levels.
The supply may be operated continuously into an
overload or short circuit without damage.
Regulator efficiency is superior to conventional, wide
voltage range, dissipative type systems.
Portable and light, the Model 6050 is designed for
laboratory bench or rack use. A bail/carrying handle
assembly permits tilting of the front panel for viewing
ease. 5
l
A" panel adapters are available for assem-
bling one or two units in a standard 19" rack.
SERIAL NO:
70-3
P O W E R D E S I G N S P A C I F I C I N C .
3 3 B 1 M I R A N D A A V E . • P A L O A L T O , C A L . 9 4 3 0 6
4 1 5 - 3 2 1 - 6 1 1 1 T W X : 9 1 0 - 3 7 3 - 1 2 5 1