Teseq designs coupling/decoupling networks featuring equipment-under-test terminals
CDN 3043 series of networks
Teseq has designed a series of three-phase coupling/decoupling networks as a high-performance extension to the NSG 3040 range of multifunction generators.
The CDN 3043 series of networks includes six models, all of which feature a high level of user comfort and common safety functions.
The networks incorporate dedicated equipment-under-test terminals, and no specific adapter plugs are required.
At standby or with lower equipment-under-test currents, when there is no need for cooling, the internal cooling fans will turn at a low speed, generating very little audible noise. Fan speed will increase as required when the CDN is in use.
Click here to download the data sheet.
- Safety-isolated terminal key
- High-value shielded high-voltage safety plugs
- Dynamic cooling system
- Phase rotation detector
At the EMC UK exhibition in Newbury on 8–9 October 2013, Teseq will showcase its local calibration and repair services alongside its range of EMC test instrumentation and amplifiers.
Teseq has expanded its line of coupling/decoupling networks (CDNs) for EMC RF conducted immunity testing, according to IEC/EN 61000-4-6, with several new models, including CDN USB 3.0, CDN HDMI, CDN S502, CDN S752 and CDN A801.
Teseq has introduced the CDN 3083-B100, a manual, 100A, three-phase burst-pulse coupling/decoupling network (CDN) designed for electrical fast transient (EFT) or burst testing in the power and telecoms industries.
Teseq has expanded its capability in field probe calibration to deliver calibration data at all frequencies defined in the IEC 61000-4-3 standard. It can now offer field probe calibration data to 6GHz.
Teseq has expanded its broadband amplifier line to include a Class A linear and low-distortion model that operates from 10kHz to 400MHz with a rated power level of 260W. Designed for use in commercial or in-house EMC test laboratories, the CBA 400M-260 is suitable for automotive, military and aerospace bulk current injection (BCI) applications that require testing at higher levels.