Used ANRITSU MG 9511 #9002503 for sale

ANRITSU MG 9511 is a precision radiometer that is used for physical testing and measurement in a scientific lab. This equipment is designed to make accurate readings thanks to its low noise coaxial cable input and its three-way phase locking equipment. This lab equipment also offers a wide range of measurement capabilities such as measuring electromagnetic radiation in different customizable frequency bands and providing temperature data for research. MG 9511 has two main components: a base unit and a measurement head. The base unit is an easy-to-use digital network analyzer that provides direct digital measurements such as power, frequency, and phase. The measurement head is a highly sensitive receiver which provides signal characteristics like carrier-to-noise ratio (C/N), dynamic range, and third-order intercept (TOI). If you're a scientist or engineer conducting experiments that require an accurate and reliable radiometer, ANRITSU MG 9511 is a top choice. It provides an advanced level of measurement precision while yielding three times the thermal stability of other solutions, thanks to its three-way phase locking system. This unit locks in the measuring phase angle and has a wide range of accuracies for different frequency bands. In addition to its ability to measure electromagnetic radiation, MG 9511 is also an ideal choice for environmental temperature testing. This is because it can measure and display temperature within 1degree Celsius accuracy and approximately 0.2mK resolution. This helps to provide researchers with high accuracy temperature readings from the environment in order to better inform about the impact on their experiments. Overall, ANRITSU MG 9511 is an ideal solution for scientific experiments and studies due to its advanced level of accuracy, high resolution, and its reliable three-way phase locking machine. Its precision and reliable readings make it one of the top radiometers when it comes to studying radiation, temperature, and other environmental variables.