Description Of Hardware Options - GE Voluson E Series Service Manual

IOTA Simple Rules
Simple rules algorithm for ovarian tumor risk evaluation in addition to already cleared LR2 model.
The IOTA Simple Rules Worksheet contains a preoperative classification system for ovarian tumors
consisting of five features typical for benign tumors (B-features) and five features typical for malignant tumors
(M-features).
The "IOTA Simple Rules" option is only available for Voluson E-Series systems with software version EC330
(BT18).

5.1.5 Description of Hardware Options

1 CW-Doppler
2 ECG Digital Module
3 WLAN Network Adapter
4 Scan/Freeze Footswitch
5 Cellular Modem
5.1.5.1 CW - Continuous Wave Doppler
CW Doppler mode provides real time spectral analysis of CW Doppler signals. This information describes the
Doppler shifted signal from the moving reflectors in the CW Doppler beam. CW Doppler can be referenced
through a small pencil probe or phased array scan head, but it can also be used in conjunction with a 2D
image which has an M-line superimposed on the 2D image indicating the position of the Doppler sample
volume. For through-the-beamformer CW, this beam is steerable by the operator, and is done by adjusting
the location of the M-line. The CW Doppler beam, or M-mode line, can be steered allowing interrogation
along an operator-selected line within the image.
5.1.5.2 ECG Preamplifier
MAN (internal, digital version)
For details see
5.1.5.3 Wireless Network Adapter (WLAN - Wireless Local Area Network)
For details see
5.1.5.4 Scan/Freeze Footswitch
For details see
5.1.5.5 Cellular Modem
For details see
Voluson E-Series Service Manual
5539550APB Revision 6
Table 5-3 Hardware Options
HW-Options
CW - Continuous Wave Doppler
ECG Preamplifier
Wireless Network Adapter (WLAN - Wireless Local Area Network)
Scan/Freeze Footswitch
Cellular Modem
Section 5.8.4 "ECG-preamplifier (MAN - optional)" on page 5-43
Section 5.8.5 "Wireless Network Adapter" on page 5-43
Section 5.8.6 "Footswitch" on page 5-43
Section 5.8.7 "Cellular Modem" on page 5-43
Components and Functions (Theory)
Description
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