Publicité
Les langues disponibles
Les langues disponibles
PRX-4A
Power for Receiver
General technical characteristics
Installing the PRX in your receiving system enables you to use batteries such as 2...8 cell LiPo
/ LiFe packs to power your receiver (check the manufacturer's maximum permissible operating
voltage for the receiver and the servos connected to it). The net result is that the PRX allows you
to exploit all the advantages of the new-technology battery types. A stabilised voltage is fed to the
servos and receiver, allowing them to develop their full performance.
•
The output voltage of the PRX-4A is
the receiver and servos are fed a stabilised voltage in order to produce their best possible
performance at an absolutely constant level, regardless of the state of charge of the battery
or batteries.
•
Under certain circumstances the effective life of your servos can even be increased, since
they are never operated on an excessive voltage (e.g. fully charged five-cell NiMH battery).
•
The following batteries can be used:
•
2-8
cell LiPo
•
2-8
cell LiFe
•
2-8
cell LiIon
•
5-22
cell NiMH or NiCd
•
The PRX is based on a switch-mode regulator, as this form of circuit generates no unneces-
sary losses and heat also with higher input voltages.
•
Built-in noise filter to minimize electromagnetic effects on the receiver
•
The design without switch allows easy installation and use in your model.
•
Rugged silicone cables
•
Input voltage:
•
Max. input voltage:
•
Max. continuous current: approx.
•
Max. peak current:
•
Quiescent current:
•
These figures are valid when the PRX is used without active cooling, such as a forced air-
flow.
•
Weight:
•
Dimensions (LxWxH)
5.5 V. No matter what voltage the batteries produce,
6 V to 33.6 V
(below 6V: stable operation impossible)
33.6 V
(an input voltage above 12 V may permanent-
ly damage the PRX)
4 A
approx.
8 A
(for 1 SEC.)
approx.
10 mA
approx.
14 g
(with cables)
approx.
25x20x7 mm
7
Publicité
