N5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators
  • N5183B MXG Signal GeneratorsN5183B MXG Signal Generators

N5183B MXG Signal Generators

You can rest assured to buy customized N5183B MXG Signal Generators from us. N5183B MXG X-Series microwave analog signal generator offers 9 kHz to 40 GHz frequency coverage and near PSG levels of phase noise performance.

Send Inquiry

Product Description

Highlights

You can rest assured to buy customized N5183B MXG Signal Generators from us. Maximize speed and rack space with the pure and precise MXG.

Get a fast, compact (2U) alternative to the PSG in the lab, depot or field

Address demanding tests of radar modules & systems with near-PSG levels of spectral purity

Compensate for system loss & drive high-power amplifiers: +19 dBm output power, -55 dBc harmonics & -68 dBc spurious @ 20 GHz

Reduce calibration time with switching speed 600 µs

Simulate narrowband chirps & radar antenna scans with up to five internal function generators that can be used with AM, FM, OM pulse modulation


Key Specifications

Frequency 9 kHz – 40 GHz
Phase Noise @ 1 GHz (20 kHz offset) -146 dBc/Hz
Frequency Switching <= 600 us
IQ Modulation BW (Internal/External) Up to 960 MHz
Modulation Types Available AM, FM, PM, Pulse


Hot Tags: N5183B MXG Signal Generators, China, Manufacturers, Suppliers, Factory, Newest, Advanced, Latest Selling
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept