2 Lead dry electrode ECG circuit

Saeed,

I will send the DAS-ECG PowerPoint to the email address you provided. 

If for some reason you don't want to use the OPA333 and INA333 the ECG circuit uses the OPA335 and OPA2335 low power CMOS operational amplifiers and the INA326 instrumentation amplifier.

Regards, Thomas

PA - Linear Applications Engineering

thx 

my email : hd.uni.pro@gmail.com

i wait

Saeed,

I have sent DAS-ECG PowerPoint again, but this time to this new email address you provided.

Regards, Thomas

PA - Linear Applications Engineering

Hi Thomas,

Can you send me the design via sallylht@hotmail.com ? And may I know if it is working fine with only two contact without common mode drive?

Thanks in advance

LHT

Hello Hui,

I will send the DAS-ECG PowerPoint to the email address you provided. The common-mode drive is required.

Best Regards, Thomas

PA- Linear Applications Engineering

Hi Thomas,

I'm a student of electronic engineering and for my industrial project I would be interested to see your ECG powerpoint. We need a circuit design for a 2 Lead Dry contact electrode ECG system.

Would you forward the ECG presentation to my email address at

hitesh@cps.iisc.ernet.in

please?

Thanks for your help in advance.

Regards,
Hitesh

Hi Thomas,

I'm a student of electronic engineering and for ECG project. I'd like to get your ECG powerpoint. We need a circuit design for a 2 Lead electrode ECG system with INA326.

Please send the ECG presentation to my email address at

jour4@naver.com

Thanks for your help in advance.

Regards,
Jinhong

Hello Jinhong,

I will email the ECG PowerPoint to the address you provided.

Regards, Thomas

PA - Linear Applications Engineering

Hello, Thomas!

I am a college senior and my senior project group members and I are developing a bicycle-based ECG application where the rider's pulse/heartbeat is obtained from pulse grips that we are integrating onto the bicycle's handlebars (so it is a 2 lead ECG application). I would like to also receive a copy of the ECG PowerPoint presentation as well. I am also wondering if using pulse oximetry (IR/LED) would be a better choice. However, given that we already have the pulse grips, I'd like to make the ECG design work.

I will email you from my email address to the email listed above.

Any insight/information you could provide would be greatly appreciated.

Sincerely,

Jason H. 

Hi Jason,

I am sending the ECG PowerPoint to the email address you provided.

I don't have enough direct experience with pulse oximetry to make the call if it would be better than ECG for your application.

Regards, Thomas

PA - Linear Applications Engineering

Please find a pdf of the ECG presentation attached for those who would like the information.

Regards, Thomas

PA - Linear Applications Engineering

Hello Mandeep,

I am sending the ECG information to the email address you provided. Be sure to view the presenter's notes for explanations of the silde information. Please note that the information was developed back in 2007 so it is becomming a bit dated. However, the basic concepts haven't changed. Likely, You would want to consider some newer devices for any new application. 

Now, much of the medical applications is handled by TI's Medical, Healthcare and Fitness team. There may be additonal information on their web page that would be of help to you:

http://www.ti.com/lsds/ti/apps/medical/applications.page

Regards, Thomas

PA - Linear Applications Engineering

Hola,

La presentación se encuentra aquí:

https://e2e.ti.com/support/amplifiers/precision_amplifiers/w/design_notes/2437.ecg-heart-signal-acquisition