Used ROHDE & SCHWARZ FSH4.14 #9229053 for sale

ROHDE & SCHWARZ FSH4.14 is an electronic test equipment used for a wide range of measurements in industries such as communications, automotive, aerospace, and defence. It is a handheld, battery-operated device which features an intuitive touch display, providing an ergonomic user experience. The FSH4.14 has a wide frequency range of 10 kHz to 4.0 / 6.0 GHz depending on the model, allowing it to be used across a variety of areas in the RF/microwave spectrum. The measurement accuracy of this instrument is 0.5 dB and the maximum measurement dynamic range is 81 dB, with high-resolution receiver technology. It displays and stores multiple measured values simultaneously and can measure up to four channels simultaneously in dual mode, to enable quick and easy comparison of frequencies. The device also has an array of analysis functions such as Distance to Fault (DTF), channel scanning, and channel confirmation. These help to identify and characterize errors in downlink, look for transmission and interference in a specific region, and confirm transmitting station locations. The FSH4.14 also has a standard mode for measuring the most commonly used parameters such as power, returns loss, and modulation which are often an integral part of any test setup. The FSH4.14 is compliant with wireless standards such as GSM/EDGE, W-CDMA/HSPA, and LTE. Its user-friendly interface includes a web browser for web-based configuration and control. It also supports remote control via TCP/IP, allowing data to be stored in PC files for further analysis by means of ROHDE & SCHWARZ free analysis software, NOISE. The device is highly portable, measures only 188 mm x 282 mm x 71 mm, and is extremely reliable. It has a rated battery life of 8 hours and is designed to meet the demands of a wide range of environments, with a protection class of IP20. Overall, ROHDE & SCHWARZ FSH4.14 is a suitable choice for any lab, providing an accurate, versatile, and user-friendly test solution. It is easy to operate and its excellent measurement accuracy, wide frequency range and various analysis functions make it an ideal choice for both development and production.