SB-36210IX
Make sure the next
Card you purchase
has...
®
SYNCHRO/RESOLVER-TO-DIGITAL PCI
BUS SIX CHANNEL CONVERTER CARD
FEATURES
•
Includes Six RD-19230 Converters
•
Internal Synthesized Reference
•
Software Programmable 10-, 12-, 14-
or 16-bit Resolution and Bandwidth
(Low: 15/45 Hz, High: 100/300 Hz)
•
Input Amplitudes: 2 Vrms L-L,
11.8 Vrms L-L, or 90 Vrms L-L
•
On-Board Programmable Oscillator
with Optional 1.5VA Drive
•
Transformer Isolation Available for
60 or 400 Hz Operation
•
On-Board Self-Test
DESCRIPTION
The SB-36210IX is a PCI bus card that contains six channels of fully
independent Synchro-, Resolver- or LVDT/RVDT- (Linear/Rotary
Variable Differential Transformer) to-digital conversion. For each
channel the conversion process is implemented using a DDC RD-
19230 16-bit monolithic converter and a thin-film resistor network or
Scott-T transformer. The power oscillator can support 2 Vrms, 26
Vrms or 115 Vrms inputs from 57 to 7 kHz.
Each channel has an independent signal and reference input, and the
standard input is solid state. Transformer isolation is available for
60 Hz or 400 Hz applications. Signal connections are provided through
a 68-pin mini D-type connector (P1). The RD-19230 converter has an
incremental encoder output, also known as “A quad B” or quadrature
output which consists of the A, B, and Zero Index (ZI) outputs. Other
features include a self-test mode that places predetermined angular
values on the input to the RD-19230, a turns counter to keep track of
the number of rotations the synchro or resolver has made, and direc-
tion information to determine if the converter is counting up or down.
•
Separate Converter BIT Output
(LOS/LOR)
•
Incremental Encoder Emulation or
Velocity Output
•
Turns Counter (Requires “A quad B”
Option)
•
Up/Down Direction (Requires “A quad
B” Option)
•
DLL’s and Libraries for Windows®
9x/2000/XP Windows NT®, Linux,
,
and LabVIEW™
•
0° to 70°C Standard Operating
Temperature
•
Used as an upgrade from the
SDC-36015/16 ISA Bus Cards
•
Two-Speed Measurement
APPLICATIONS
Applications include modern, high performance industrial and military
position feedback and control systems. Typical motion feedback
applications include motor control, machine tool control, antenna con-
trol, robotics and process control systems. The SB-36210IX is sup-
plied with a Graphical User Interface (GUI) to analyze position infor-
mation, turns count, direction and BIT.
FOR MORE INFORMATION CONTACT:
Data Device Corporation
105 Wilbur Place
Bohemia, New York 11716
631-567-5600 Fax: 631-567-7358
www.ddc-web.com
Technical Support:
1-800-DDC-5757 ext. 7771
All trademarks are the property of their respective owners.
© 2000 Data Device Corporation
Data Device Corporation
www.ddc-web.com
THIN-FILM
RESISTOR
NETWORK
SCOTT-T
OR
OR
TRANSFORMER
LVDT SCALING
RESISTORS
(USER INSTALLED)
RH OUT
RL OUT
AMPLIFIER
OR
TRANSFORMER
(OPTIONAL)
OSCILLATOR
SIN
COS
RH
P1
RL
Channel 1
INPUT
SCALING
RESOLVER-TO-
DIGITAL
CONVERTER
RD-19230
MONOLITHIC
S1
S2
S3
S4
RH
RL
PCI BUS
Channel 6
SIN
COS
RH
RL
INPUT
SCALING
RESOLVER-TO-
DIGITAL
CONVERTER
RD-19230
MONOLITHIC
INTERNAL
REGISTER
DATA
2
S1
S2
S3
S4
RH
RL
Channel 6
ADDRESS
DECODER
ADDRESS
A
B
ZI
- OR -
VEL
Channel 1
A
B
ZI
- OR -
VEL
SB-36210IX
J-01/06-0
FIGURE 1. SB-36210IX BLOCK DIAGRAM
TABLE 1. SB-36210IX SPECIFICATIONS (PER CHANNEL)
These specifications apply over the rated power supply, temperature, and reference frequency ranges; 10%
signal amplitude variation and 10% harmonic distortion. Refer to the RD-19230 data sheet (available at www.ddc-web.com)
for specific converter specifications.
PARAMETER
RESOLUTION
ACCURACY (NOTE 1, NOTE 7)
-XX1, -XX3
OSCILLATOR
Option P/N
Carrier Frequency
Voltage Range
Drive
SIGNAL INPUT (NOTE 5)
Option P/N
Synchro
• Zin line-to-line
• Zin each line-to-ground
Resolver
• Zin single ended
• Zin differential
Common-mode Range
REFERENCE INPUT (NOTE 5)
Option P/N
Carrier Frequency (NOTE 4)
Type
Voltage Range
Input Impedance
• single ended
• differential
Common-mode Range
DIGITAL OUTPUTS DRIVE CAPABILITY
A, B, Zero Index (ZI) option (-XX0, -XX1)
Hz
Vrms
mA max.
Minutes
UNIT
Bits
VALUE
10, 12, 14, or 16 programmable
Input Frequency
47 - 1k (NOTE 4)
5k - 7k
1k - 5k
1 + 1 LSB
Solid State
(option IX)
57 - 7k
0-2
0.5
1 + 1 LSB
2 + 1 LSB
Transformer Isolated
(option IA)
360 - 7k
0 - 26
60
(option IB)
57 - 440
0 - 115
13
Vrms L-L
Ohms
Ohms
Vrms L-L
Ohms
Ohms
V
Solid State
(option 0I)
(option 1I, 2I) (option 3I, 4I)
—
11.8
90
—
52k
195k
—
35k
130k
2 direct
11.8
—
10M || 20pF
(NOTE 2)
70k
—
N/A
140k
—
N/A
30 max.
—
(option 0I)
47 - 7k
differential
2 - 40
100k
50k
50
Solid State
(option 1I, 2I) (option 3I, 4I)
47 - 7k
47 - 7k
differential
differential
2 - 40
50 - 130
100k
50k
50
300k
200k
200
Hz
Vrms
Ohms
Ohms
Vpeak
50 Pf+
Logic 0: TTL load, 1.6 mA at 0.4 V
Logic 1: 10 TTL loads, = 0.4 mA at 2.8 V min.
Logic 0: 100 mV max. driving CMOS
Logic 1: +5 V supply minus 100mV min. driving CMOS
POWER SUPPLY (NOTE 6)
Voltage
Current
TEMPERATURE RANGE
Operating (XIX-3XXX)
Storage
PHYSICAL CHARACTERISTICS
Vdc
mA
°C
°C
+5
775 with oscillator, no load
0 to +70
-40 to +85
Full-size PCI format. Double-width card when 90
Vrms/115 Vrms required. (NOTE 3)
12.3 x 4.2 x 0.91
312 x 106.7 x 23.1
in.
mm.
NOTES:
1. For transformer isolated cards add 1 minute to specified accuracy.
2. || = “in parallel with.”
3. See ordering information for 90 V line-to-line inputs (input types 3, 4, 5, & 6).
4. If the frequency is between 47 and 1 kHz, then there will be ±1 LSB jitter.
5. See TABLE 4 for Isolation Transformer Option specifications.
6. Requires a 5 V PCI card slot, will not operate on a 3.3 V PCI slot.
7. High frequency card with 5 to 15 kHz, available on special request. For input/ref types “0”
2v direct, “2” 11.8v resolver, “9” LVDT. Consult factory for dynamics, lead time, and pricing.
Data Device Corporation
www.ddc-web.com
3
SB-36210IX
J-01/06-0
SB-3621X SOFTWARE DISPLAY WINDOWS
FIGURE 2. ONE-SPEED DISPLAY WINDOW
Easy to use control panel displays position, Inhibit and BIT status, and turn counter infor-
mation. This is ideal for test environments.
FIGURE 3. TWO-SPEED DISPLAY WINDOW
The SB-36210IX series cards can also be used to interface with two-speed resolvers and
calculate the combined position between the coarse and fine channels based on the two-
speed ratio selected.
Data Device Corporation
www.ddc-web.com
SB-36210IX
J-01/06-0
4
HARDWARE CONFIGURATION
The SB-36210IX is a PCI device, and as such does not require
jumpers or switches to set the Base address or interrupt values.
The job of configuration for Plug-and-Play PCI configuration is
performed by the PC BIOS. During the initial power on boot
process, the BIOS performs an enumeration of the PCI bus and
provides a configuration in the system that satisfies the card
requirements. The card provides the BIOS with details of how
much memory it requires, and any other operating parameters
that the system needs to know by way of configuration registers
built into the card. These registers are configured at the factory
to contain the optimum values for the operation of the SB-
36210IX. The SB-36210IX PCI card and software drivers allow
for shared interrupts, thus simplifying the installation and reduc-
ing the risk of device conflicts.
Quadrature voltages in a Resolver or Synchro are, by definition,
the resulting 90° fundamental signal in the nulled out error volt-
age (e) in the converter. Due to the inductive nature of resolvers
and synchros, their output signals lead the reference input signal
(RH and RL). When an uncompensated reference signal is used
to demodulate the control transformer’s output, Quadrature volt-
ages are not completely eliminated. Therefore this is the perfect
solution to combat phase shift error to 45°.
ON-BOARD INTERNAL REFERENCE
OSCILLATOR
The on-board oscillator may be used to take the place of an
external drive oscillator for the excitation signal. This oscillator is
available in several options, see the ordering information page
for details. Depending on oscillator selected, there are three pro-
grammable voltage ranges.
BUILT-IN-TEST
The Built-In-Test (BIT) will flag Loss-of-Signal (LOS) and Loss-
of-Reference (LOR) fault conditions. Also, excessive error is
detected by monitoring the demodulator output, which is propor-
tional to the difference between the analog input and the digital
output. When it exceeds approximately 100 LSB’s (in the select-
ed resolution), the BIT will be asserted. This condition can occur
any time the analog input changes at a rate in excess of the max-
imum tracking rate. During power up the converter may see a
large difference between the sin/cos inputs and the digital output
angle held in its counter. BIT will be asserted until the converter
settles within -100 LSB’s of the final result.
TWO SPEED
Two speed allows resolutions greater than 16 bits to be achieved.
See “CalculateTwoSpeed” in Appendix A of the card manual for
details. Also refer to the RD/RDC Applications manual (MN-
19220XX-001) and the Synchro/Resolver Conversion Handbook.
These documents are available at www.ddc-web.com.
INTERNAL INCREMENTAL OPTICAL ENCODER
EMULATION
The card can be programmed to encoder emulation mode. These
outputs are available on the 68-pin mini D connector “A” and “B”. ZI
is the zero index. The timing of the A, B output is dependent on the
rate of change of the Synchro/Resolver position (rps or degrees per
second) and the encoder resolution latched into the converter.
SYNTHESIZED REFERENCE
The synthesized reference eliminates errors due to phase shift
between the reference and the signal inputs up to 45°.
RD-19230
1 MSB
2
3
4
5
6
7
8
9
10
11
12
13
14
15
BIT 16 LSB
1
0
1
2
1
4
1
6
A
B
FIGURE 4. INCREMENTAL ENCODER EMULATION RESOLUTION CONTROL
Data Device Corporation
www.ddc-web.com
5
SB-36210IX
J-01/06-0
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
