Crystal Instruments Coco-80 - Mouse Support Usage; SD Card Interface Functionality; Built-in Audio Devices; Battery Information and Management

CoCo-80 User Manual
81
CSA Group
CSAs used for 4-
channel CoCo-80
CSAs used for 8-
channel CoCo-80
Description
Data
Conditioning
RMS(4).csa
RMS(8).csa
Calculate the RMS of each
input channel. Overlap ratio
and average time are
changeable.
Time(4).csa
Time(8).csa
Apply no data conditioning for
any channel. Only show the
native input channels.
PkPk(4).csa
PkPk(8).csa
Calculate the peak-to-peak
value for each channel.
Subtract(4).csa
Subtract(8).csa
Channel 1 is subtracted from
each other channel.
Multiply(4).csa
Multiply(8).csa
Multiply each channel by
channel 1.
Add(4).csa
Add(8).csa
Add channel 1 to other
channels.
Integration(4).csa
Integration(8).csa
Digitally integrate each
channel. Suitable for signals
with higher frequency content.
IntegrationLow(4).csa
IntegrationLow(8).csa
Digitally integrate each
channel. Suitable for signals
with low frequency content.
OffsetScale(4).csa
OffsetScale(8).csa
Apply an offset and a multiplier
to each channel. The offset and
multiplier can be modified in
Analysis Parameters.
Transient
Capture
Transient(4).csa
Transient(8).csa
Time streams from each
channel are captured into block
signals by enabling Acquisition
Mode.
Capture1Ch(4).csa
Capture1Ch(8).csa
Block-capture the channel 1
with up to 64k buffer size
Linear and
Power
Spectra
AutoPowerSpec(4).csa
AutoPowerSpec(8).csa
Transform the time streams
into block signals then apply
data window and FFT to
calculate auto power spectra.
FRF/Coh will not be calculated.
APS1Ch(4).csa
APS1Ch(8).csa
Only calculate the auto
spectrum for 1 channel with up
to 64K buffer size
FFT(4).csa
FFT(8).csa
Transform the time streams
into block signals then apply
data window and FFT.
Frequency
Response
FRF(4).csa
FRF(8).csa
Calculate the frequency
responses when channel 1 set
as reference and the others as
responses.