Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 81101A #9092614 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 81101A is a high speed performance Pulse and Pattern Generator designed for bit error rate (BER) testing and system verification of digital communication systems. It is a flexible and powerful test equipment with advanced fit-for-purpose capabilities. HP 81101A features 50 GHz maximum output frequency (with appropriate external amplifier device). It also has a user settable adaptable pulse width between 25 ps to 62.5 ms to fit specific application needs. The pulses can be set to varying amplitude levels from 40 mV to 2V into 50 Ohms. Additionally, a wide variety of pulse waveforms such as pulse trains, frequency deviation, frequency shift, linear chirp and gated signals can be generated. AGILENT 81101A also offers an optimal sequence generation scheme with up to 512K 32-bit words. Various fast tagging and phase modulation schemes are supported. The Generator has a 10 ns trigger jitter (rms) while the Clock/Phase jitter (as measured by 4.4-4.7 GHz, 98th percentile) is less than 60 fs. 81101A also has a 10 bit data-path for parallel operation of sequences for improved speed performance. KEYSIGHT 81101A also features an intuitive operating interface with its easy-to-use front-panel controls and high visibility color graphic LCD. The lines of graphical characters help to configure the test sequences without extra programming or instrumentation. HEWLETT-PACKARD 81101A comes manged in a 2U (3.5 in) rack-mountable chassis with Ethernet, GPIB and Marking ports. This Generator is fully compatible with modern communication test systems. AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 81101A is unmatched when it comes to offering high performance testing in critical applications. Its infinite resolution of 3 wavelengths and deep memory can keep up with complex digital architectures while its quick and accurate measurement specifications deliver the accuracy and precision demanded. It is the perfect equipment for testing the performance of any digital communication system.