CH Tech PX412S Leaflet

Page of 1
C&H Technologies, Inc. • 445 Round Rock West Drive • Round Rock, TX 78681-5012
(512) 733-2621 • FAX (512) 733-2629 • www.chtech.com
AC Characteristics:
Bandwidth (-3dB) : >10 MHz (typ)
Crosstalk (typical)
   <100 KHz:
<-64 dB
   <1 MHz
<-44 dB
   <10 MHz
<-24 dB
Closed channel capacitance:
   Hi-Lo:
<40 pF (typical)
   Hi-Chassis:
<60 pF (typical)
   Lo-Chassis:
<60 pF (typical)
Typical Relay Life at Rated Load:
10E5 operations
Time to close or open:
8 ms
Connectors:
 44 pin DSUB
(female)
Temperature:
Operating:
0°C to 55°C
Storage:
-40°C to 75°C
Power:
+5V @ 0.6 A
CPCI/PXI Compliance
Complies  with  PCI  spec.  2.0  R3.0
and PCI spec 2.2
5V and 3.3V signaling voltage (VIO)
supported
5V only power supply
33MHz PCI data bus
Five trigger lines compliant with PXI
Specification 2.1
Form Factor:  3U
Applications
•  LF Signal Switching
•  Instrument Matrix with Kelvin    
switching
Ordering Information
Part Number
11030190-0001
Additional Information
User Manuals for C&H carriers and
this module can be found on our
website at www.chtech.com.
Specifications:
Inputs:
Maximum Voltage (terminal to
terminal or chassis) **
DC:
60V / 200V
AC rms:
48V / 125V
AC peak:
68V / 175V
Maximum Current (non-inductive)
Per Switch/Per Module:
DC:
2A / 8A
AC peak:
2A / 8A
Maximum Power Per Switch/Per
Module:
DC:
50W / 200W
AC:
50VA / 200VA
DC Characteristics**:
Thermal Offset:
<3_V (typical)
Contact Resistance:
<0.3_
Insulation Resistance:
10E8_
** See manual for conditions
PX412S
4 x 4 Matrix
Switch Module
T h e  
P X 4 1 2 S  
p r o v i d e s  
1 6
i n d e p e n d e n t  
l a t c h i n g  
D P S T
switches  configured  as  a  4  x  4
matrix.  These  two  wire  switches
have maskable  interrupts  that occur
w h e n  
t h e  
r e q u e s t e d  
r e l a y
movements  have  been  made.  The
module  also  has  a  FIFO  for  storing
up  to  eight  relay  operations.  This
module  is  useful  when  instrument
matrix  switching  is  needed  in  your
system.
This unit also features a position for
adding one single-wide M-Module.