© Midmark Corporation 2016
To use IQpath™, load IQmanager
®
on the terminal server and install one of the following software components on each
client PC to be used for data acquisition:
• IQpath™ for Microsoft Terminal Services: If using Microsoft Terminal Services (Microsoft RDP).
• IQpath™ for Citrix ICA: If using Citrix
®
software on the clients and servers.
• IQpath™ for VMware: If using VMware VDI software on the clients and servers.
These software products are provided separately, and may be obtained by contacting Midmark Technical Service at (800) 624-8950 or
(844) 856-1230, option 2.
Once the software is installed on the client server network and computers, IQmanager
®
must be configured for thin client operation as
described in “Connecting the IQecg
®
Module” and “Configuring IQecg
®
”, or refer to the IQmanager
®
Operation Manual, Configuring
Client Server Networks.
System Specifications
The following are the physical and performance specifications for the IQecg
®
:
IQecg
®
Performance Specifications
To provide standard 12-lead resting electrocardiogram recordings.
Physical Characteristics
(IQecg acqustion module)
• 3.5” (88mm) x 5.7” (145mm) x 1.2” (30mm) (W x L x H)
• 10.2oz.
• Noninvasive device, 12-lead electrocardiogram
• Patient electrically isolated from main current supply.
• Patient leakage current not to exceed 10 uA.
• Ground leakage current not to exceed 50 uA.
• 12 leads, simultaneous.
• Input impedance > 100 MegaOhm
• Frequency response 0.05-150 Hz –3 dB
• Sensitivity: 5, 10, 20 mm/mV +/- 5%
• Dynamic range: +/- 10 mV
• ADC resolution: 13 bits at 2.44 uV/bit
• Acceptable electrode offset: +/- 300 mV per AAMI and EC-11 specifications.
• A/D 500 samples/sec.
• 10-lead patient cable with RFI filter, defibrillator protection and patient isolation.
• Varies by computer system, minimum 1024 x 768 resolution
ECG Analysis & Measurement
• Midmark 12-Lead Resting Electrocardiogram Analysis Program.
• Windows-supported ink-jet or laser printer.
• Plain 8.5” x 11” (Letter size)
Modulating Effects
The digital sampling techniques used by this device, and the ashychronism between the sample rate and the signal rate, may produce
a noticeable modulating effect from one cycle to the next. This variation may be particularly noticeable in pediatric recordings. This
phenomenon is not entirely physiologic.