Used LITEPOINT IQ2010S #9196121 for sale

LITEPOINT IQ2010S is a digital RF test and measurement instrument designed for radio frequency (RF) component and device characterization. This advanced test equipment is a multi-function solution designed to characterize RF products such as Wi-Fi® radios, Bluetooth® modules, and other wireless devices. IQ2010S is an all-in-one multi-standard tester that provides a comprehensive solution for testing popular wireless protocols. LITEPOINT IQ2010S uses a state-of-the-art MIPS-based processor and digital signal processor (DSP) in a single box to accurately measure the performance of a wide range of RF components and devices. The device uses the latest in testing technology, including vector signal analysis, enhanced BT/Wi-Fi applications, and automation. IQ2010S offers great performance with a frequency range up to 6GHz, a dynamic range of up to 100 dB, and test and analysis speeds up to 200 MHz. Its primary features include an intuitive user interface for easy setup and operation, a wide range of software applications, and a comprehensive set of automation capabilities. LITEPOINT IQ2010S test system includes a variety of connection types, such as Type N, TNC and SMA input, as well as several output types, including USB, Ethernet, GPIB, and more. The device supports different communication protocols, including WLAN 802.11a/b/g/n/ac and Bluetooth v2.1 EDR. It can generate and analyze various modulation formats, including BPSK, QPSK, 8-PSK, 16-QAM and 64-QAM, as well as a number of other digital and analog signals. In addition, IQ2010S features multistage power control with frequency-selective power control. This allows users to accurately adjust the power levels of specific frequencies without affecting the overall power output of the device. The instrument also offers multi-port vector signal analysis, allowing users to do a variety of tests simultaneously. LITEPOINT IQ2010S is designed for engineers of all levels. It is easy to use and offers the most comprehensive set of features and automated tests available, making it the perfect choice for characterizing high-performance RF components and devices.