Transistor gamma correctors( with some considerations of applicaiton in colour television)

Bayrak, Mehmet


Transistor oscillator and self oscillating mixer at UHF.
Dilli, Budak; Department of Electrical Engineering (1974)
Transistorized high voltage and scanning systems for large screen X-Y displaying module.
Halido, David; Department of Electrical Engineering (1970)
Capacitive cmos readouts for high performance mems accelerometers
Sönmez, Uğur; Külah, Haluk; Akın, Tayfun; Department of Electrical and Electronics Engineering (2011)
MEMS accelerometers are quickly approaching navigation grade performance and navigation market for MEMS accelerometer systems are expected to grow in the recent years. Compared to conventional accelerometers, these micromachined sensors are smaller and more durable but are generally worse in terms of noise and dynamic range performance. Since MEMS accelerometers are already dominant in the tactical and consumer electronics market, as they are in all modern smart phones today, there is significant demand for...
Capacitive cmos readout circuits for high performance mems accelerometers
Kepenek, Reha; Külah, Haluk; Department of Electrical and Electronics Engineering (2008)
This thesis presents the development of high resolution, wide dynamic range sigma-delta type readout circuits for capacitive MEMS accelerometers. Designed readout circuit employs fully differential closed loop structure with digital output, achieving high oversampling ratio and high resolution. The simulations of the readout circuit together with the accelerometer sensor are performed using the models constructed in Cadence and Matlab Simulink environments. The simulations verified the stability and proper ...
Waveguide-based Monopulse Wideband Travelling-Wave Array
GULTEPE, Gokhan; DOGAN, Doganay; Aydın Çivi, Hatice Özlem (2017-07-14)
A novel, travelling-wave, waveguide antenna structure with monopulse capability in the two principal planes is proposed with increased frequency bandwidth. The array consists of two interleaved waveguide arrays which provide appropriate excitations to the antenna elements above the waveguide to generate proper sum and difference patterns. With the use of printed antennas and the elimination of the narrow frequency characteristics of the slots on the waveguides, the bandwidth of the array is greatly improved.
Citation Formats
M. Bayrak, “Transistor gamma correctors( with some considerations of applicaiton in colour television),” Middle East Technical University, 1971.