The internal ultrasonic field of an acousto-optic crystal determines the effects of acousto-
optic modulator (AOM) devices. Conventionally, schlieren method is used for the …

The effect of temperature on the performance in a wide-angle paratellurite acousto-optic
tunable filter (AOTF) is analyzed on the example of two different AOTF configurations. The …

The temperature effect on the acousto-optic (AO) phase matching condition was examined
both theoretically and experimentally on an example of wide-angle acousto-optic filter …

We present results of theoretical and experimental study of a laser beam intensity
stabilization system with an acousto-optic modulator applied as a regulating device in the …

The structure of the acoustic field defines the key parameters of acousto-optical (AO)
devices. To confirm their compliance with the expected values in the presence of multiple …

This paper analyzes design considerations to realize acousto-optic deflectors in TeO 2
single crystal to be used with ultrashort pulses, especially in multi-photon microscopy. These …

Acousto-optic (AO) interaction is widely used in devices for analysis and control of optical
radiation. Acousto-optic devices are mainly used for crystalline media possessing strong …

Many acousto-optic paratellurite-based devices use a slow shear bulk wave for interaction
with light beams. Strong bulk absorption of this wave leads to a significant inhomogeneous …

In the paper, bandwidth parameters of acousto-optical deflectors (AODs) are analyzed from
the point of view of acoustical anisotropy. Equations for bandwidth and central frequency of …

This paper presents a comprehensive analysis of Class-E series-tuned radio-frequency
power amplifiers (RFPAs), focusing on their design and optimization for high efficiency and …