User's Manual
Table Of Contents
- 1 Read This First
- 2 Safety Information
- 3 Overview
- 4 Preparing the System
- Inserting a microSD Card
- Using the Stand
- Charging the System
- Connecting the Transducer
- Removing the Transducer
- Using the System On The Go
- Using the Wheel Brakes
- Placing the Transducer Holder
- Mounting the System to the System Cart
- Adjusting the System Cart Height
- Connecting an External Printer
- Tilting the System
- Unmounting the System From the System Cart
- Moving the System
- Outputting the System Display to an HDMI-Enabled TV or Monitor
- Supported External Printers
- 5 Using the System
- Turning On/Off the System
- Logging Into the System
- Launching the Main Screen
- Setting the System Time and Date
- Controlling the System
- Setting the System Language
- Identifying the Main Screen Layout
- Switching the Control Panel Pages
- Managing the System Power
- Managing Disk Space
- Network Configuration
- DICOM Configuration
- 6 Performing an Exam
- Starting a New Exam
- Adding a New Patient
- Loading a Worklist
- Selecting a Preset
- Setting the Transducer Orientation
- Selecting/Switching a Scan Mode
- Adjusting the Displayed Image
- Freezing an Image
- Adding Annotations
- Adding Measurements
- Saving and Printing the Image
- Reviewing the Image
- Exporting the Exam
- Managing the Exam List
- Ending the Exam
- 7 Using Image Controls
- 2D Mode Image Controls
- Overview
- Adjusting Gain
- Adjusting Frequency
- Adjusting Time Gain Compensation (TGC)
- Adjusting the Scan Depth
- Adjusting the Focus Depth, Focal Zone and Focal span
- Adjusting Dynamic Range
- Using Tissue Harmonic Imaging (THI)
- Adjusting Persistence
- Adjusting Sharpness and Smoothing
- Adjusting Gray Map
- Adjusting Chroma Map
- Adjusting Steer Angle
- Adjusting the Sector Width and Position
- Adjusting Power
- Using Trapezoidal Imaging
- Adjusting Density
- Using Compound Imaging
- Using ENV (Enhanced Needle Visualization)
- Color/CPA Mode Image Controls
- M-Mode Image Controls
- Spectral Doppler Mode Image Controls
- 2D Mode Image Controls
- 8 System Customization and Service
- Customizing Your System
- Configuring Security Policies
- Servicing your system
- Reinstalling Software
- Checking the Software Version
- Checking the System’s Serial Number
- Checking the Tablet’s Serial Number
- Checking the License Status
- Resetting User Settings
- Backing Up System Settings and Patient Data
- Restoring System Settings and Patient Data
- Resetting Your System
- Testing the System
- Exporting System Logs
- Reading the User Manual
- 9 Transducers
- 10 Transducer Care
- 11 System Maintenance
- 12 Appendix
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12 Appendix
Appendix D: Acoustic Output Reporting Tables for Track 3
InnoSight Ultrasound System
P6992-4, EN, 16/12/6
Appendix D: Acoustic Output Reporting Tables for Track 3
We follow Track 3 of the FDA’s information for manufacturers seeking marketing clearance of diagnostic
ultrasound systems and transducers All table entries have been obtained at the same operating conditions
that give rise to the maximum index value Due to the complexities of the system user interface, it may be
difficult to exactly replicate the declared condition For more information, contact Philips
Definition of Terms Used in Acoustic Output Tables
Symbols used in the tables are described below:
: Acoustic attenuation coefficient is the coefficient intended to account for ultrasonic attenuation of tissue
between the source and a specified point
A
aprt
:
-12 dB output beam area
is the area of the ultrasonic beam derived from the
-12 dB output beam
dimensions
C
MI
: Normalizing coefficient
1 MPa MHz
-1/2
D
eq
: Equivalent aperture diameter is the diameter of a circle whose area is the
-12dB output beam area
and
given by
D
eq
A
aprt
4
d
-6
:
Pulse beam width
is the distance between two points, on a specified surface in a specified direction,
passing through the point of maximum pulse-pressure-squared integral (
p
i
) in that surface, at which the
pulse-pressure-squared integral
is a specified fraction of the maximum value in that surface
d
eq
:
Equivalent beam diameter
is the value of the diameter of the acoustic beam at the distance
z
, in terms
of the equivalent beam area, and given by
d
eq
(
z
)
A
eq
(
z
)
4
f
awf
:
Acoustic working frequency
is the arithmetic mean of the most widely separated frequencies
f
1
and
f
2
at
which the amplitude of the pressure spectrum of the acoustic signal is 3 dB lower than the peak amplitude
I
pa
:
Pulse-average intensity
is the ratio of the
pulse-intensity integral I
pi
to the pulse duration
t
d
I
pa,
:
Attenuated pulse-average intensity
is the value of the
acoustic pulse-average intensity
after
attenuation and at a specified point and given by
I
pa,
I
pa
(z)1
(
awf
/1)
I
pi
:
Pulse-intensity integral
is the time integral of the instantaneous intensity at a particular point in an
acoustic field integrated over the acoustic pulse waveform
I
pi,
:
Attenuated pulse-intensity integral
is the value of the pulse-intensity integral after attenuation, at a
specified point, and given by
I
pi,
I
pi
10
(
awf
/1)
I
sppa,
:
Attenuated spatial-peak pulse-average intensity
I
spta
:
Spatial-peak temporal-average intensity
I
spta,
:
Attenuated spatial-peak temporal-average intensity
I
ta
(z)
:
Temporal-average intensity
is the time-average of the instantaneous intensity at a particular point in
an acoustic field
I
ta,
(z)
:
Attenuated temporal-average intensity
is the value of the
temporal-average intensity after
attenuation
, at a specified point, and given by
I
ta,
(
z
)
I
ta
(
z
)1
(
awf
/1)
I
zpta
(z)
:
Spatial-peak temporal-average intensity
is the maximum value of the
temporal-average intensity
in a
specified plane at a specified distance
z
from the transducer
I
zpta,
(
z
):
Attenuated spatial-peak temporal-average intensity
is the value of the
spatial-peak temporal-
average intensity
after attenuation, at a specified distance
z
, and given by
I
zpta,
(
z
)
I
zpta
(
z
)1
(
awf
/1)
MI
:
Mechanical index
is given by
MI
C
MI
P
ra
f
awf
-1/2
n
pps
: Number of pulses per ultrasonic scan line