SIGNAL GENERATORS

2400B Series Value Line CW/Signal Generator

With frequency ranges to 40 GHz, the 2400B modulation version of the 2400B Series signal generators delivers industry-leading performance combining state of the art low phase noise, high output power, and fast switching simultaneously.

The 2400B Series is capable of a switching frequency in less than 500 microseconds, making the 2400 ideal for test applications demanding high throughput, such as antenna characterization, T/R module evaluation, or RFIC manufacturing.

2400S Series Value Line CW/Signal Generator

With frequency ranges to 40 GHz, the 2400S Series signal generator delivers industry-leading performance combining state of the art low phase noise, high output power, and fast switching simultaneously. In addition, the 2400S incorporates all of the performance features one expects including frequency modulation (FM), high-speed pulse/square wave modulation (PM), amplitude modulation (AM) and Scan modulation.

The low noise, high power, and fast switching features of the 2400S Series Signal Generator make it an excellent test solution for a wide range of CW, modulation, swept frequency, and fast frequency switching applications in both R&D and manufacturing environment.

2500A/AS Series Perfomance Line CW/Signal Generators

The new Panther 2500 series signal generators delivers industry-best offset phase noise performance, high output power, and fast frequency switching speeds in a single unit. Panther series signal generators are offered in two different configurations designed for bench top and ATE applications covering 100 KHz to 8 GHz, 20 GHz, 26.5 GHz, and 40 GHz with frequency resolution of 0.0001 Hz over the entire band.

Loaded with standard performance features such as high time base stability, frequency modulation (FM), high-speed pulse/square wave modulation (PM), amplitude modulation (AM) and high leveled output power makes it an excellent test solution for a wide range of CW, modulation, swept frequency, and fast frequency switching applications in both R&D and manufacturing environment.