· implants transmit up to 5m 

· for animals > 200g 

• · several combinations of parameters available:

• - 1 pressure signal

• - 1 biopotential signal + 1 pressure signal 

• - 1 biopotential signal ecg/eeg/emg biopotential 

• - 2 biopotential signals

• - 1 Sympathatic nerve activity (SNA) + 1 pressure signal

• - 1 tissue oxygen signal

• - core temperature (all implants)
• 
  
• · SNA receiver offers integrated output with adjustable time-constant
• 
  
• · recharge based on patented technology: a SmartPad receiver and charger which can capture digital data from multiple telemeters within a 5 m range - 16 distinct channels are available for communication
• 
  
• · a configurator wirelessly communicates with all telemeters and SmartPads to:

• - change/configure channel frequencies:

• - turn telemeters into safe mode

• - check telemeter battery level

• - enable or disable the charging field of the SmartPad

• 
  
• · use with emka TECHNOLOGIES' iox for acquisition and ecgAUTO for post-acquisition analysis

key benefits 

• · original analog signal reconstructed by SmartPad receiver: any acquisition software can be used 

· one SmartPad works with up to 16 telemeters (sequential acquisition) 

· cage on top of SmartPad: stress-free lifetime monitoring 

· extremely cost-effective - no battery refurbishment costs 

· calibration values stored in telemeters

signals features

• Pressure: the new telemeter features a 9 cm solid-state Millar sensor at the tip of the catheter, eliminating the need for fluid. this means that pressure is measured directly at the tip and the catheter can be placed in almost any location. An accurate recording can be made without movement artifact or effect of gravity. Uupon explant, the transmitter is ready to use again after a simple clean.

• 
  
• Biopotentials: 2 kHz ; input range  ± 2 mV customisable to ± 250 μV

• 
  
• Sympathatic nerve activity (SNA): 8 kHz; input range  ± 60 μV

did you know...

...you can consult over 150 publications referring to emka TECHNOLOGIES on our website (14 publications like the one below are related to implatable telemetry):

S. Malpas1,2, M. Lim1, D McCormick2, R Kirton1, B Van Vliet3, A Easteal, C Barrett2, S Guild2, M. Pinkham2, D Budgett1,2., A novel implantable blood pressure telemetry device; Comparison between Data Sciences and Telemetry Research systems. (236.55 Ko), -, Telemetry Research Ltd 1 & University of Auckland 2, New Zealand & Memorial University 3, St Johns, Canada, 2008

>> click here to consult publications