AT-1020(40)

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Attenuators are generally used in telecommunication networks as control devices to regulate the power levels used in transmission. AT-1020(40) is one such attenuator, which has a high-frequency attenuation capability of up to 40dB. This attenuator is designed for use in wireless networks, such as GSM, LTE, UMTS, and CDMA, and can be used in all types of indoor and outdoor applications.

The AT-1020(40) attenuator is composed of two amplitude-adjustable ceramic filters. The first filter is a band pass filter with an attenuation bandwidth of 2MHz-50MHz. This filter is designed to reduce signal reflections from high-frequency systems. The second filter is a low-pass filter with an attenuation bandwidth of 100Hz-3GHz. This filter is designed to reduce noise up to 30dB, and can be adjusted over the full range of attenuation of up to 40dB.

The AT-1020(40) is a multi-functional attenuator, designed to provide precise control over the signal to noise ratio of high-frequency transmission systems. It is also designed to provide slight attenuation of the signal, allowing subtle tuning of the signal to noise ratio without affecting the signal’s strength. The AT-1020(40) is also designed to maintain the signal-to-noise ratio while allowing for adjustable transmission power levels.

The AT-1020(40) is an easy-to-use attenuator and can be used in various applications such as Radio Base Station (BTS) applications, Mobile Network Base Station (MBS) applications, Multi-Rack Base Station (MBS) applications, and multi-user testing applications. The AT-1020(40) attenuator offers high frequency accuracy, wide attenuation ranges and is compatible with all existing BTS, MSB, ASM and multi-user testing systems. It is also designed to be used with wireless base station and multi-channel applications.

The AT-1020(40) attenuator uses a magnetic push-pull principle to adjust its attenuation. This principle works by controlling the current applied to a pair of coils, each coil generating a magnetic field. By adjusting the current in each coil, the magnetic fields interact and create a torque to move the attenuator. This torque is then used to adjust the attenuation level of the attenuator, making it a very reliable and simple control device.

The AT-1020(40) attenuator is designed to operate at extremely high frequencies, up to 10GHz, with a minimum tolerance of +/-0.2dB. It is also designed to operate in a wide temperature range, from -40°C to +80°C. The AT-1020(40) is capable of providing a reliable and precise solution for high-frequency signal transmission in indoor and outdoor applications.

The AT-1020(40) attenuator provides a wide range of attenuation for radio base station applications, mobile network base station applications, multi-rack base station applications, and multi-user testing applications. It is designed for use in wireless networks, such as GSM, LTE, UMTS, and CDMA, for control of power levels used in transmission and for subtle signal to noise ratios. The AT-1020(40) attenuator also offers high frequency accuracy and wide attenuation ranges, with a magnetic push-pull design capable of operating at high frequencies up to 10GHz with a minimum tolerance of +/-0.2dB.

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