Generators/Sources

The CNG-EbNo is a fully automated instrument that sets and maintains a highly accurate ratio between a user-supplied carrier and internally generated AWGN noise, over a wide range of signal power levels and frequencies.

Aim-TTi offers the TGR2050 series of next generation RF signal generators designed with exceptional performance and newly improved functionality with touch screen operation. The TGR2051 and TGR2053 provide high frequency and stability, high signal purity, excellent phase noise, and flexible analog and digital modulation capabilities, making them ideal for development, and test and service work.

The Noisecom UFX7000B broadband AWGN noise generator has a powerful single board computer with flexible architecture used to create complex custom noise signals for advanced test systems. 

The SGX1000 series of RF signal generators offers high performance signal generation with an easy-to-use interface in a compact form factor. The SGX1000 utilizes a proprietary blend of direct digital and direct analog synthesis to provide ultra-fine frequency resolution, lightning-fast frequency switching, ultra-low phase noise and jitter, and superior reliability.

The Boonton NGX1000 programmable noise generator is a high-performance, broadband additive white gaussian noise (AWGN) generator in an easy-to-use compact form factor.

The Model 685 is the world's fastest arbitrary waveform generator with industry-leading flexibility, speed, and power levels that allows users the widest range of modulation and creator options. It can be used for generating a complex pulse train, a series of radar pulses, pulsed RF signals with impairments, Gaussian pulses, multi-level pulses, double pulses for IGBT/Mosfet experiments, or pulses for advanced research and quantum computing.

Our any-frequency, any-output format Si5360 series clock generators combine a wide-band PLL with proprietary MultiSynth fractional synthesis technology to offer a versatile, ultra-low jitter clock generator platform.

The J7000A Series instruments high crest factor output is used as a random jitter source for serial data bus applications, including PCI Express Gen I & II, Serial ATA, and Fiber Channel.