Used TEKTRONIX P6703B #9210369 for sale

TEKTRONIX P6703B is an advanced high-performance, high-precision electronic test and measurement instrument. It is a self-contained 3-channel vector network analyzer with an integrated touch-screen display. P6703B features a frequency range of 10 MHz to 26.5 GHz, and provides fully automated tests for measuring S-parameters, generating swept-frequency Single Tone responses, and generating swept-frequency two-tone responses. The unit features an intuitive on-screen graphical user interface (GUI) that makes the setup and execution of tests and measurements simple and fast. The keypad and rotary knob provide direct access to settings. TEKTRONIX P6703B is designed with a host of high-performance features such as a wide dynamic range, high signal fidelity, fast sweep speed, low noise and source stability, low-loss test ports, etc. P6703B utilizes an internal calibrated signal source, and includes an internal step-attenuator, lownoise preamplifier and load-pull system, which allow the user to comprehend the whole test and measurement system in a unified way. This highly configurable instrument supports a variety of applications such as measuring and generating S-parameters, measuring and generating two-tone and multicarrier swept-frequency responses, measuring and generating swept-frequency single-tone responses, generating magnitude- and phase-frequency responses and designing filters, etc. TEKTRONIX P6703B can also be used to measure small-signal linearity and stability of amplifiers, power amplifiers, oscillators, mixers and transceivers. It includes integrated vector disturbance analyzer capabilities that measure system-level linearity and distortion over a wide dynamic range. P6703B is a powerful instrument for engineers and technicians who need high-precision test and measurement capabilities. It is constructed for long-term reliability and efficient operation in a small package and can be easily carried and transported securely. The instrument is also designed to minimize the need for periodically adjusting its set-up and recalibrating the internal signal source, thereby reducing the overall cost of ownership.