2.
Installation
2.1
Unpacking and inspection
1. After installation into 19”-rack or other, connect mains cable to the back panel.
2. Connect the DSUB-9 cable to the cooler output (the other end goes to the printed
circuit board that has to be connected to the chiller)
3. Connect the RF drive cable to the power output (the other end goes to the RF drive
input of the cavity)
4. Connect the phase stable sma cable to the pickup probe input on the statera (the
other end goes to the pickup probe output of the cavity). When there is an attenu-
tator present on the phase stable pickup cable make sure that the attenuator side of
the cable is connected to the statera.
5. Connect an SMA cable to the RF input (make sure that the input signal does not
10 dBm and that the frequency matches the cavity resonant frequency)
2.2
Connections and controls
In the table below the inputs and outputs are summarized.
RF input
Input
SMA
max +10 dBm RF input
Pickup probe
Input
SMA
signal from cavity
I
Output
BNC
output of the IQ demodulator
Q
Output
BNC
output of the IQ demodulator
Power output
Output
N type
0-15W RF output
Cooler
Input/Output
DSUB-9
Interlock and communication chiller
Ethernet
Input/Output
RJ45
remote control over ethernet
USB Remote
Input/Output
USB-B
remote control over USB
USB Firmware
Input/Output
USB-B
firmware update over USB
Mains power
Input
Euroconnector
110 or 230 V (auto switching)
2.3
power requirements
The current source operates on single phase AC mains power from 100 V to 240V with a
frequency between 47 and 63 Hz without any need for range selection. The primary fuses
are 6.3AT.
Statera 15/100 version 1.1
5
Содержание Statera 15/100
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