Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E8663D #293670213 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E8663D is a cutting edge RF signal source designed to provide a strong, precise and reliable source of signals for RF testing. This signal source contains a variety of features that make it the ideal tool for radio frequency (RF) and microwave testing. HP E8663D delivers a wide frequency range of from 100kHz to 44GHz, providing reliable, dependable signal generation. Using the internal digital up-converter (DUC), users are able to hone in on the specific frequencies they need to test. This DUC also allows users to perform precise and detailed signal analysis. Additionally, the unit also comes with explicit FM/PM/ASK/FSK/PSK features that give users precise amplitude and frequency modulation control. AGILENT E8663D also includes a variety of output power levels—from -145dBm to +20dBm or 13dBm, giving users the ability to select the precise level they need for their experiment. Additionally, the unit also features a native 16 bit ADC and a ½ bit dynamic range of 57dB. This, coupled with the signal source's high isolation of 35dB, allows users to make sure they are receiving the exact signal they are sending. When used in tandem with attenuators and directional couplers, HEWLETT-PACKARD E8663D also allows for more accurate signal analysis. Users are able to insert E8663D into the system, allowing for direct measurement of gain compression and noise. Additional features of KEYSIGHT E8663D include its wide range arbitrary waveform generator, which allows users to generate more complex digital signals for advanced testing, and its low phase noise of -125dBc/Hz at 10kHz off from a 1GHz carrier, giving users an improved signal for sensitive receiver testing. AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT E8663D is an essential signal source in any modern RF testing laboratory or development environment. Its unparalleled capabilities and wide range of features make it one of the top of the line signal generators available today. Its wide frequency range, low phase noise, and high precision allow users to perform accurate and repeatable experiments with confidence and get reliable, dependable results.