AT-110V

The AT-110V is an attenuator that is designed to decrease the level of signals such as audio or video. An attenuator is used when there is a need to reduce the strength of a signal, usually to avoid saturating other components in an audio or video system. This type of attenuator is versatile and can be used in many different applications.

The AT-110V is especially suited to applications that require two or more specially matched resistors and also can be used to provide a Variety of impedances. It features three fully-isolated resistance sections, allowing for up to three independent taps.

The AT-110V is an excellent choice for audio applications that require precision and repeatability. The AT-110V\'s four-pin miniature design allows for use in a wide variety of applications while maintaining a small profile. The resistors are adjustable within a 250:1 ratio, providing the user with a large range of levels of attenuation. The adjustable resistor sections can be used to produce a variety of output impedance levels between 3.0 and 600 ohms.

The AT-110V has a wide range of power ratings, making it suitable for a variety of different applications. It has an operating temperature range of -40°C to 105°C and can withstand short-term overloads and temperatures up to 130°C.

The AT-110V utilizes a resistive-divider principle in order to reduce the level of a signal. It is designed to divide an input signal voltage into two or more voltages at different levels. This is accomplished by placing resistors in series across the signal, then dividing the incoming signal voltage between the resistors. The amount of attenuation that is produced depends on the relative values of the resistors. As the resistors have adjustable values, multiple levels of attenuation can be achieved.

The AT-110V is an excellent choice for applications such as audio, video, and RF signal processing. It is designed for applications that require precision and repeatability, and has a wide range of power ratings to accommodate a variety of devices. Its small size and adjustable resistor sections allow for flexibility in applications while providing a wide range of possible attenuation levels.