Muhammad Ammar Wibisono - Institut Teknologi Bandung

Muhammad Ammar Wibisono, S.T., M.T.

Research Groups

KK Teknik Telekomunikasi

School / Faculty

Sekolah Teknik Elektro dan Informatika

Job Position

Education

S1 ITB , Bandung - Indonesia
2013
S2 ITB , Bandung - Indonesia
2017

Multi-point Time Domain Computation for Crosstalk Prediction in Printed Circuit Board (2024)
Experimental Investigation on Electromagnetic Coupling between Two Sensors Working on Different Operating Frequencies (2023)
Conducted Emission of a DC Motor Speed Drive: an Approach on Risk Assessment for Ship Application (2023)
Evaluation of Nonlinear ARX System Identification Technique on Modeling Crosstalk (2022)
Concept of Impedance Diversity for Conducted Interference Mitigation (2021)
Interference of LED Lamps on Narrowband Power Line Communication (2020)
The Effect of the Current Pulse Width from LEDs on Narrowband Power Line Communication and its Analysis in Time and Frequency Domain (2020)
Comparison of Time-domain Measurement Techniques for Interference Analysis in Power Line Communication (2019)
13.56MHz CMOS-Based Crystal Oscillator for Wireless Power Transfer Application (2018)
Design and study of rectangular patch antenna array for high altitude platform station (2018)
Error pointing correction system implemented in the air balloon communication system (2018)
Design and Implementation of SDR-Based GSM Mobile BTS for Remote and Disaster Affected Areas (2018)
Development of automatic VSAT antenna pointing system based on AVR microcontroller (2017)
On the design and development of flying BTS system using balloon for remote area communication (2017)
Automatic VSAT antenna pointing system featured with non-horizontal alignment autocorrect (2017)
Utilization of split ring resonator for compact narrowband microstrip bandpass filter (2016)
High gain 2.4GHz patch antenna array for rural area application (2016)
Development of AVR microcontroller-based antenna measurement tool for student experimentation (2016)
Smart home platform based on optimized wireless sensor network protocol and scalable architecture (2016)