RANCANG BANGUN ALAT PENGUKUR SUHU TUBUH SISTEM TAK SENTUH DAN DENYUT JANTUNG MENGGUNAKAN EKG
| Main Author: | WAHYULHAK, RANDI |
|---|---|
| Format: | Thesis NonPeerReviewed Book |
| Bahasa: | eng |
| Terbitan: |
, 2017
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| Subjects: | |
| Online Access: |
https://eprints.untirta.ac.id/7720/1/Rancang%20Bangun%20Alat%20Pengukur%20Suhu%20Tubuh%20Sistem%20Tak%20Sentuh%20dan%20Denyut%20Jantung%20Menggunakan%20EKG.pdf https://eprints.untirta.ac.id/7720/ |
Daftar Isi:
- Heart rate and body temperature is an indication to determine a person's health. Nowadays, there are several ways to do in terms of the measurement of body temperature and heart rate. In this study designed a tool that can determine the value of the body temperature and heart rate in a short time and produce value for an accurate reading. Melexis MLX90614 sensor is used to measure body temperature and ECG Shield Olimex to measure heart rate by measurement using labview software. From the testing tool that has been done 11 times, the results obtained with the temperature gauge 0.1oC and percent error margin of 0.2% which has been compared with DM-300 temperature sensor. Olimex Shield ECG testing that has been designed to have a wave P, Q, R, S and T 1 measurements with measurements of 2 have a time difference of 0.001 sec PR, QT 0.0017 sec, ST 0.001 sec, P 0.001 sec and QRS 0.004 sec. Difference in time with the journal normal ECG measurement of the PR 0079 1 sec, sec QT 0265, ST 0044 sec, P QRS 0091 sec and 0071 sec. Difference in time with the journal normal ECG measurement of PR 0078 2 sec, 0282 sec QT, ST 0.045 sec, P 0:09 sec and QRS 0.075 sec. Percentage of timing errors between the measurement 1 and measurement 2 at 2% PR, QT 2%, ST 20%, P 14%, QRS 26%. The percentage amplitude error between measurement 1 and measurement 2 at 7% of the P wave, R wave and T 0% 0%.