EasyManua.ls Logo

Comet Synertia RF - Table 20: 15-Pin User Port - Configuration

Comet Synertia RF
125 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
78 User Manual Synertia® RF Generator
The information contained in this manual is subject to change by Comet Yxlon without prior notice.
Signal
Pin
Related
Pin
Signal
Name
Signal
Type
Description
13
4
RF Power Indicator
DI
A 5 V signal on this digital input enables or disables
RF output power.
A transition from low to high state will enable
RF
output power.
A transition from high to low state will disable
RF
output power.
14
D-Sub
frame
(chassis)
RS-232 TX
Serial Out
This is the RS-232 transmission signal.
15
8
Interlock In
DI
To satisfy the interlock, an external loop with a
resistance of less than 15
Ωs must be closed
between pin 15 and pin 8.
Also
, a voltage of 24 V referenced to ground (D-
Sub
shielding) can be applied to pin 15 to close the
interlock.
Table 20: 15-pin User Port Configuration
Signal Type
Description
AO
(Analog Outputs)
The analog outputs are scaled 0 V to 10 V (physically limited to 10 V).
All analog outputs are driven by instrumentation amplifiers. The input impedance of
the receiver must be 2
k? or higher.
The analog outputs are floating and use a reference signal. Th
e assignment between
analog output and corresponding return pin is listed in
Table 20: 15-pin User Port –
Configuration
”.
The corresponding reference pin for each
analog output must be grounded either on
host or client side.
AI
(Analog Inputs)
The analog inputs are scaled 0 V to 10 V (physically limited to 10 V).
The analog inputs are floating and use a reference signal. The assignment between
analog input and cor
responding return pin is listed in Table 20: 15-pin User Port –
Configuration
”.
The corresponding reference pin for each analog input must be grounded either on
host or client side.
DO
(Digital Outputs)
A 5 V signal is sent to this output.
All digital outputs are capable of handling a maximum current of 50
mA.
The digital outputs are floating and referenced to the Isolated GND (Pin 4).
The reference pin must be
grounded either on host or client side.

Table of Contents