In this study, electromagnetic interference testing of microcontroller units (MCUs) under different pulse (EMP) amplitudes, full width at half maximum (FWHM), and angles was carried out on an EMP cell. The coupling path the radiation-type experiment circuit board is random. However, in several experiments with two pins specific to a certain integrated circuit, by measuring voltage MCU pins, sta...

Due to the lack of a standard nanosecond high-voltage pulse generator for sensor calibration, high-stability test system was developed in terms circuit analysis, structural design, and performance test. By establishing equivalent model generator, component parameters five-stage Marx loop one-stage compression steepening unit were simulated. The influence action gap on characteristics output ana...

This paper describes the optical circuit that enables to extract address from a transmitted cell in an all-optical manner. Nonlinear optical loop mirrors (NOLM’s) are used as all-optical switches in order to confirm the operation of the proposed circuit. The control pulses synchronized with address bits are generated from the transmitted cell. The address bits are successfully extracted without...

The non-linearity demonstrated by a circuit is a function of the device nonlinearity, its parasitic components and the circuit components in which it is embedded. We demonstrate that the common source stage, which is used extensively for Device Characterisation, presents a very complex form of Device-Circuit Interaction, which makes reliable extraction of its intrinsic non-linear parameters ext...

A new static differential double edge-triggered flip-flop is proposed. In order to ensure the double edge triggering operation. a narrow pulse is generated after each clocking edge, by means of clock racing. Compared to existing double edge-triggered flipflops, the presented circuit configuration presents improved delay characteristics, reduced power consumption. while keeps the total transisto...

Radiation effects account for increasing soft error occurrences in deep submicron circuits. A method for calculating an upper bound for the width of an erroneous pulse that may reach a flip flop or a primary output is presented. This is required in order to determine pulse removal (PR) circuit characteristics for error correction at each flip flop or primary output side. Key-Words: Soft errors,...

This paper discuss about PV cell energy based space-vector pulse width modulation (SVPWM) control methods applied for an H-bridge inverter feeding a 3-phase permanent magnet synchronous machine (PMSM) in electric-vehicle (EV) applications. EVs require a high degree of availability continuity of service. Advantages using svpwm minimization of switching losses, balancing of switching rate between...

Induction heating is a famous technology and very filter, and a resonant inverter(8). V) this voltage enough to control of the IGBT circuit. 4IGBT. It is compared with the existing inverter topologies, half bridge and full bridge. The ordinary circuit of an AC-AC converter for induction heating typically includes a control rectifier By adjusting thewidth of the pulse that turns ON the IGBT. Abs...

This paper studies dynamics of a delta modulator for PWM control. In order to analyze the circuit dynamics we derive a onedimensional return map of switching time. The map is equivalent to a circle map in wide parameter region and its nonperiodic behavior corresponds to undesired asynchronous operation of the circuit. We then present a simple stabilization method of the system operations by mea...

We consider quantized chaotic dynamics for a spiking oscillator with two periodic inputs. As the first input is applied, the oscillator generates various periodic and chaotic pulse-trains governed by a pulse position map. As the second input is added, the oscillator produces pulse positions restricted on a lattice, and the pulse position map is quantized. Then the oscillator generates a set of ...