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System 3
7-41
MS4/MS16 Stimulus Isolator
In the example correction circuit above:
•
The value for “correction” represents the results of the calculation above.
•
The value for “desired uAmps” represents the desired amplitude of the stim-
ulus signal.
•
The values for the “Limit” component should be set based on the actual
limits of your systems. The MS4/MS16 is available in 100
μ
A and 1 mA
versions.
In either case, when using the ACC16 you will NOT be able to
deliver the MAXIMUM current. The maximum current = 1/correction fac-
tor x 100. Calling for higher currents will deliver currents at the defined
limit.
If using the recommended MS16_Control Macro, the
correct uAmps
value is fed to
the macro’s
Stim Signal
input.
Selecting
Global
or
Local
Reference
Mode
The
MS16_Control
macro should be included in all circuits for stimulus isolator
control. The
Stimulation Mode
setting on the Setup tab of the macro properties
dialog box determines whether the stimulus isolator is configured to use a global
reference
(Single ended)
or a local reference(s)
(Differential)
.
Global
Reference
Mode
If a global reference is desired, set the MS16_Control macro’s
Stimulation Mode
to
Single Ended
on the
Setup
tab of the macro properties dialog box. In this mode the
RefChan
input is disabled.
Local
Reference
Mode
If local reference is desired, set the
MS16_Control
macro’s
Stimulation Mode
to
Differential
on the
Setup
tab of the macro properties dialog box. In this mode the
RefChan
input is enabled.
Note:
In Local Reference (
Differential
) mode, writing a 0 to the
RefChan_Mask
macro
input while the
Channel Select Method
is set to
With Chan Mask
, will disable all
local reference channels and enable the global reference.
Configuring
Reference
and
Stimulation
Channels
The
MS16_Control
macro sets reference and stimulation channels. Feeding an
integer value to the macro’s
StimChan
and
RefChan
inputs will
turn on
channels
for stimulation or reference, respectively. The
Channel Select Method
on the
Setup
tab of the macro properties dialog box determines whether the integer is read as a
single channel number or as a mask value representing multiple channels.
Important!
Configuring a channel, as both stimulus and reference will cause the unit to
automatically turn off that bank of channels.
Setting
a
Single
Channel
for
Stimulation
or
Local
Reference
By default, the
Channel Select Method
on the
Setup
tab of the macro properties
dialog box is set to
With Chan Number
. The
StimChan
and
RefChan
inputs
accept an integer value of 0 through 16 and the macro will set the selected channel
for stimulation or local reference.
Note:
An integer value of 0 fed to StimChan disables all channels.
Содержание RZ2
Страница 1: ...System 3 Manual Updated 5 8 18...
Страница 7: ...Part 1 RZ Z Series Processors...
Страница 8: ...1 2 System 3...
Страница 40: ...1 34 System 3 RZ5P Fiber Photometry Processor...
Страница 56: ...1 50 System 3 RZ6 Multi I O Processor...
Страница 68: ...1 62 System 3 RZ5 BioAmp Processor...
Страница 96: ...1 90 System 3 RZ UDP Communications Interface...
Страница 97: ...Part 2 Data Streamers...
Страница 98: ...1 2 System 3...
Страница 122: ...2 26 System 3 RS4 Data Streamer...
Страница 133: ...Part 3 RX Processors...
Страница 134: ...3 2 System 3...
Страница 156: ...3 24 System 3 RX6 Multifunction Processor...
Страница 177: ...Part 4 RP Processors...
Страница 178: ...4 2 System 3...
Страница 184: ...4 8 System 3 RP2 1 Real Time Processor...
Страница 199: ...Part 5 RM Mobile Processors...
Страница 200: ...5 2 System 3...
Страница 209: ...Part 6 Preamplifiers...
Страница 210: ...1 2 System 3...
Страница 238: ...6 30 System 3 PZ5 NeuroDigitizer...
Страница 266: ...6 58 System 3 PZ5M Medically Isolated NeuroDigitizer...
Страница 274: ...6 66 System 3 PZ2 PreAmp...
Страница 296: ...6 88 System 3 RA16PA RA4PA Medusa PreAmps...
Страница 315: ...Part 7 Stimulus Isolator...
Страница 316: ...1 2 System 3...
Страница 334: ...7 20 System 3 IZ2 IZ2H Stimulator...
Страница 346: ...7 32 System 3 IZ2M IZ2MH Stimulator...
Страница 368: ...7 54 System 3 MS4 MS16 Stimulus Isolator...
Страница 369: ...Part 8 Video Processor...
Страница 370: ...1 2 System 3...
Страница 388: ...8 20 System 3 RV2 Video Processor...
Страница 406: ...8 38 System 3 RVMap Software for RV2...
Страница 407: ...Part 9 MicroElectrode Array Interface...
Страница 408: ...1 2 System 3...
Страница 415: ...Part 10 High Impedance Headstages...
Страница 416: ...1 2 System 3...
Страница 442: ...10 28 System 3 ZIF Clip ZCD Digital Headstages...
Страница 474: ...10 60 System 3 SH16 Switchable Headstages...
Страница 475: ...Part 11 Low Impedance Headstages...
Страница 476: ...1 2 System 3...
Страница 483: ...Part 12 Adapters and Connectors...
Страница 484: ...1 2 System 3...
Страница 497: ...System 3 12 15 ZIF Clip Headstage Adapters Pinouts are looking into the connector and reflect the preamplifier channels...
Страница 512: ...12 30 System 3 Splitters...
Страница 519: ...Part 13 Microwire Arrays...
Страница 520: ...1 2 System 3...
Страница 524: ...13 6 System 3 ZIF Clip Based Microwire Arrays 64 Channel ZIF Clip Microwire Array looking into array...
Страница 526: ...13 8 System 3 ZIF Clip Based Microwire Arrays...
Страница 531: ...System 3 13 13 Suggestions for Microwire Insertion...
Страница 532: ...13 14 System 3 Suggestions for Microwire Insertion...
Страница 545: ...Part 14 Attenuator...
Страница 546: ...1 2 System 3...
Страница 558: ...14 14 System 3 PA5 Programmable Attenuator...
Страница 559: ...Part 15 Commutators...
Страница 560: ...1 2 System 3...
Страница 578: ...15 20 System 3 ACO32 ACO64 Motorized Commutators...
Страница 579: ...Part 16 Transducers and Amplifiers...
Страница 580: ...1 2 System 3...
Страница 586: ...16 8 System 3 MF1 Multi Field Magnetic Speakers...
Страница 592: ...16 14 System 3 EC1 ES1 Electrostatic Speaker...
Страница 597: ...System 3 16 19 HB7 Headphone Buffer...
Страница 598: ...16 20 System 3 HB7 Headphone Buffer...
Страница 601: ...System 3 16 23 MA3 Microphone Amplifier Frequency Response Diagram...
Страница 602: ...16 24 System 3 MA3 Microphone Amplifier...
Страница 604: ...16 26 System 3 MS2 Monitor Speaker...
Страница 610: ...16 32 System 3 SA8 Eight Channel Power Amplifier...
Страница 614: ...16 36 System 3 FLYSYS FlashLamp System...
Страница 619: ...Part 17 Subject Interface...
Страница 620: ...1 2 System 3...
Страница 659: ...Part 18 Signal Handling...
Страница 660: ...1 2 System 3...
Страница 691: ...Part 19 PC Interfaces...
Страница 692: ...19 2 System 3...
Страница 697: ...System 3 19 7 PO5 PO5e Optibit Interface Dimensions PO5e PO5...
Страница 700: ...19 10 System 3 UZ3 USB 3 0 Interface for Optibit...
Страница 704: ...19 14 System 3 LO5 ExpressCard to zBus Interface...
Страница 707: ...Part 20 The zBus and Power Supply...
Страница 708: ...20 2 System 3...
Страница 714: ...20 8 System 3 ZB1 Device Caddie and PS25F Power Supply...
Страница 715: ...Part 21 System 3 Utilities...
Страница 716: ...21 2 System 3...
Страница 728: ...21 14 System 3 Corpus System 3 Hardware Emulator...
Страница 729: ...Part 22 Computer Workstation...
Страница 730: ...22 2 System 3...