Modeling tool is made an attempt to help health care in special hospitals for care in obstetrics and perinatology space. This study used temperature setting range is from 34 ° C to 38 ° C, while for setting the humidity of the range of 0% to 100%, is divided into two parts, namely the design of hardware and software. Tests conducted in the Laboratory of the Department of Health Polytechnic Elektromedik Jakarta II. Design manufacture of modules that do get into the telemetry monitoring system applications, where telemetry tool can be used to monitor the value of an object located at a remote distance applied to medical devices, which will be monitored temperature and humidity is a very important part in the incubator tool baby. The results of modeling design includes testing of skin temperature in the incubator, the test measurement of skin temperature and humidity in the telemetry receiver, test measurement of skin temperature on the thermometer, hygrometer humidity in the test measurement. With the results of the five test measurement was still below the threshold of 10%. It can be concluded that the telemetry tool can perform accurate distance measurement, in accordance with the amount of heat generated by the source and the humidity is a tool incubator. This research can be developed to monitor the temperature and humidity with computer based. UJI COBA RANCANG BANGUN MODUL PEMODELAN ALAT TELEMETRI SUHU DAN KELEMBABAN PADA ALAT INKUBATOR BAYI ABSTRAKUji coba alat ini dibuat sebagai upaya untuk dapat membantu pelayanan kesehatan di rumah sakit khusus untuk pelayanan di ruang kebidanan dan perinatologi. Penelitian ini menggunakan metode penelitian rancang bangun Pengaturan suhu adalah dari jangkauan 34°C hingga 38°C, untuk pengaturan kelembaban dari jangkauan 0% hingga 100%, terbagi atas dua bagian yaitu perancangan perangkat keras dan perangkat lunak. Pengujian dilakukan di Laboratorium Jurusan Teknik Elektromedik Politeknik Kesehatan Jakarta II. Aplikasi sistem telemetri monitoring, dapat digunakan untuk memonitoring nilai dari sebuah objek yang berada pada jarak yang berjauhan diaplikasikan ke dalam alat kesehatan, yang akan dipantau suhu dan kelembabannya merupakan bagian yang sangat penting pada alat inkubator bayi, menggunakan sensor suhu dan kelembaban. Hasil uji coba pemodelan perancangan tersebut meliputi pengujian suhu kulit di inkubator, pengujian pengukuran suhu kulit dan kelembaban di reciever telemetri, pengujian pengukuran suhu kulit di termometer, pengujian pengukuran kelembaban di hygrometer. Dengan hasil dari kelima pengujian pengukuran itu masih di bawah ambang batas 10%. Dengan demikian dapat disimpulkan bahwa alat telemetri dapat melakukan pengukuran jarak jauh dengan akurat, sesuai dengan besaran yang dihasilkan oleh sumber panas dan kelembaban yaitu alat inkubator. Penelitian ini dapat dikembangkan dengan memonitor suhu dan kelembaban dengan berbasis komputer.

This paper presents a result of experiment on adding built-in blue light therapy on a purpose built infant warmer. Blue light therapy are often used in case of jaundice and usually a separated unit with added complexity. The blue light assembly was LED based that placed along the heater bar, placed on its aluminum strips and spaced to prevent being affected by the heater. Blue light LED specification was an SMD 5730 dimension with 465nm wavelength driven at 160mA at 12V for the three clusters of LED. Measured light output was around 618-716 lux and measured at the bed area with good uniformity for area under the heater bar at around 60-69 lux. There was another bottom blue LED source but the effect was negligible. The system uses a 10A maximum current source of 12V power supply exclusively for the LED arrangement and another 3A maximum current source of 5V power supply for supplying the rest of the control systems. The LED was controlled by a switch button and monitored for its activation by means of measuring the voltage difference with resistor circuits through the button switch. It works as intended.