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2 independent and adjustable power circuits
Each power supply circuit operates with a MJE15034 transistor, a BAOTER controller 3296 and a TL072 operational amplifier.
This double supply circuit is used to select a different voltage to each circuit with a solder connecting point of the resistances therebetween. Resistance H (high) in 33km, M (medium) 12-18K and L (low) 3K3-6K8
To obtain an output voltage between 20 and 28 V (supply of discrete circuits), the High position is indicated
To obtain an output voltage between 12 and 18V (preamplifier) it will be necessary to also connect the resistance M
Finally to achieve a voltage of between 5 and 9 volts (for supplying a DAC, for example), it will suffice to also connect the last diode (L).
By default, the resistors H and M are connected. The unpacking the output voltage will be of 12-18V
Both terminals can be used séparéments or jointly.
Separately, they constitute two separate and independent outputs. This will get 5V to 9V left and right.
If necessary, it is possible to connect together the two terminals GND in order to obtain an output positive (VCC) and negative (VSS)
Specifications | |
---|---|
Type | linear regulated power supply |
Input | dual 24V 9V |
Output | Positive and negative DC5V to DC28V / DC5V dual double positive 28V with short circuit protection |
Max Intensity | 4A |
Capacitors | Nover 6800μf |
Potentiometer | BAOTER 3296 |
Semiconductors | MJE15034 |
Dimensions | 95 x 117 x 42 mm |
Spacing | 91 x 105 mm |
Weight | 150g |
Input | Screw terminals |
Output | Screw terminals |
Output voltage (V) | 15.0 |
Output voltage (V) | 5.0 |
Output voltage (V) | 20.0 |
Output voltage (V) | 28.0 |
Output voltage (V) | 10.0 |
Output voltage (V) | 25.0 |
Output current (A) | 4.0 |
Input voltage (V) | 9.0 |
Input voltage (V) | 24.0 |
Power Supply | Regulated Linear Power Supply |