DPSI Ampere Operating Instructions Version 1.0
Page 9 of 28
Powering on or off of the supply voltage is completely done
electronically by an external magnet, which is to be placed momentarily
onto the corresponding switching position on the devices housing.
Electrically switches are built in for each battery separately, i.e. the
electronics are doubled. The switches are fail proof and are controlled
by a self-locking circuitry (NOT by a microcontroller). This means, a
DPSI Ampere stays turned on, even if the microcontroller fails. The
logic for turning off is also doubled. Here too, a malfunctioning part can
not cause the current supply to turn off.
With the help of a DPSI Ampere a new dimension of safety is reached
for current supplies of RC models!
The DPSI Ampere in buzzwords:
Most powerful dual current supply worldwide with a peak load up to
60 amps
Operates with up to 3S LiPo batteries or up to 13.2 volts input voltage
Lossless switching function WITHOUT diodes
Separately built in integrated electronically fail-proof switches for
each battery without using the microcontroller (CSHC)
Dual safeguarded power off logic – even a failing part does not lead
to turn the output voltage off
An external switch actuator can be optionally connected (pin switch
actuator, tank cap switch actuator, magnetically switch actuator)
Battery switching function, i.e. a failing battery does not lead to a
failing output voltage
IVM (Intelligent Voltage Monitoring) battery voltage monitoring with
acoustically warning indications for different battery types (NiMH,
LiIon, LiPo, LiFePO4)
Booster for safe control of the power switches even at extremely low
voltages or short interruptions of the battery voltage (MBOOST)
Integrated charging connector for simultaneously charging of both
batteries using just one charging device
