Used ANRITSU MA2481B #9127548 for sale

ANRITSU MA2481B is a testing device of extremely high accuracy used in a range of radio communication and network test applications. This model is especially used for testing the performance of base station components including Power Amplifiers (PAs), Transmitters (TXs), receivers (RXs), and filters. MA2481B is capable of highly precise measurements at maximum frequencies of up to 40-44 GHz with accuracy of up to 0.5 dB. This allows for guaranteed better than 5dB linearity measurements of PAs used in cellular networks, up to 2048APSK testing, and up to 800MHz of capture bandwidth. In addition to wide capture bandwidth, ANRITSU MA2481B is also equipped with diversity testing that allows for simultaneous evaluation of two diversity paths by dual RF port analysis. MA2481B also has a built-in Ozone-Electromagnetic Interference (EMI) detector which not only senses ozone/EMI presence in the vicinity of the test setup, but also warns against possible incorrect operation. This detector is especially useful in measurements of antenna performers as it might detect false readings due to ozone and EMI background present in the area. To further ensure accuracy and reliability of measurements, ANRITSU MA2481B features an internal temperature stability system with its own temperature sensor. This guarantees that results of measurements will be clear and consistent. In addition, temperature change during the measurement can be visualized and analyzed over time. Furthermore, MA2481B guarantees assured measurements of Linear Transmit Power (LTP). With its built-in average power sensor, the device enables excellent measurements of low-level signal control, such as power control (PC) or automatic output control (OC) mechanisms. Overall, ANRITSU MA2481B is a powerful and precise device for testing and measuring a range of electronic components and radio communication systems. This testing device is equipped with features for temperature stability, Ozone-EMI detection, and LTP measurements, that guarantee accurate, reliable, and consistent results.