For a limited time, we have created two new bundles to make testing even more affordable. These new bundle is ideal for antenna matching and EMI pre-compliance testing.
Antenna optimization is critical for wireless communications and control. For proper antenna measurements, instrumentation like vector network analyzers must be correctly calibrated. SIGLENT offers a number of calibration kits for use with SIGLENT spectrum analyzer to meet stringent customer requirements.
We have just added 6 new VNA calibration kits and 2 new cables to our product line. To provide the best performance for varying conditions, we are now offering a VNA bundle. Just purchase one SIGLENT SVA1032X or SVA1075X analyzer, choose a VNA calibration kit and receive a 5% discount off the entire order. It’s that easy!
We are also excited to announce that we have added the VNA as a standard function to the powerful SSA3000X-R Real Time analyzer series!
Now you can choose portable and powerful instrumentation with either standard or real-time spectrum analysis and VNA capabilities for an “all-in-one” RF troubleshooting experience.
This new bundle is ideal for EMI pre-compliance testing and includes the EMI Measurement Kit and the SRF5030T non-contact near-field probes priced at a discount when purchased with any model of the SIGLENT spectrum analyzers.
When purchased separately, the combined cost of the EMI Measurement Kit and SRF5030T is up to $1328. When included with an SIGLENT spectrum analyzer, both are included for only $399! Save up to $929!
The EMI Measurement Kit includes an EMI Filter, Quasipeak detector, and EMI test bandwidth settings. It also activates the EMI test options in our free EasySpectrum Software. Together, this bundle will help you hunt down those difficult pre-compliance issues quickly!
Bundle pricing only available when included with the purchase of a new SIGLENT spectrum analyzer.
1. All offers are valid until January 31st, 2021.
2. SIGLENT TECHNOLOGIES reserves the right to all final decisions related to this campaign.