Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8714ET #154660 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 8714ET is a portable high-bandwidth differential/balanced active probe designed for use with high-frequency signals, offering accurate and reliable measurements over a broad range of frequencies. This scientific instrument features bandwidths of up to 6 GHz and supports differential/balanced measurements up to 10 GHz with the appropriate enhanced test tip. It is specifically designed for use with high-end microwave and RF circuits and design applications. HP 8714ET offers an RMS input power of up to +27dBm and a minimum loading of 1.8MΩ while also providing a maximum common-mode rejection of 101 dB. Additionally, it features a minimum input capacitance of 0.3 pF and a maximum input attenuation of 10 dB, making it ideal for low power and low distortion measurements. AGILENT 8714ET has both a manual and an automatic probe compensation mode, allowing the user to do either one-shot or continuous adjustments to maximize calibration accuracy. It also offers a choice of switching parameters, ranging from low frequency, high impedance, and high frequency modes to more advanced functions such as automatic offset and frequency tracking. Moreover, 8714ET is equipped with a slew rate control feature that provides an accurate resolution of frequency, power, and time domain parameters for linear, nonlinear and mixed-mode measurements. Furthermore, KEYSIGHT 8714ET is designed to be both safe and stable during operation, providing protection against shocks and vibration. Its intuitive interface and easily accessible buttons enable users to quickly and easily select, adjust, and store their test setups. Overall, HEWLETT-PACKARD 8714ET is an advanced, reliable, and user-friendly electronic test equipment, suitable for applications ranging from design verification to rapid troubleshooting and on-site maintenance. Its various features and capabilities can help make complex and high-frequency signal measurements simpler and more accurate.