Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8657A #9048985 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8657A is an electronic test equipment designed for microwave signal measurements. It works on the principle of phase-sensitive detection and is capable of measuring high frequency signals accurately up to 9GHz. It is equipped with a wide variety of features designed to simplify the measurement process and provide high accuracy results. HP 8657A features a frequency counter that allows precise frequency measurements up to 9GHz. It also has a 10mbit/s digital signal processor that allows for fast and accurate measurements. Furthermore, the instrument comes with an autocalibration feature that automatically calibrates the instrument at the start of each signal measurement. AGILENT 8657A is a highly compact and flexible instrument. It has a variety of input connectors which include SMA, N-type, BNC, TNC, SMB, UHF, and microstrip connectors. It has a maximum input level of +15dBm and a noise floor of -50dBm. The instrument also features a programmable oscillator which can be used to generate stable signals and a linear power detector with a dynamic range up to 85dB. KEYSIGHT 8657A also has a built-in display to facilitate the viewing of measurements and a compact design for convenient use in the field. It has a variety of measurements options that enable the user to measure power, frequency, phase, time-domain parameters, and non periodical signals. HEWLETT-PACKARD 8657A is suitable for use in the laboratory and in the field. It is capable of functioning reliably in extreme temperatures and is highly durable due to its rugged construction. The instrument can be interfaced with other instruments via its USB port. This enables data to be transferred and stored to a computer or other device. All in all, 8657A is a reliable, high-precision, and advanced electronic test equipment that is suitable for both laboratory and field use. It is easy to use and provides accurate and repeatable measurements with minimal user effort.