Atec Teseq-Schaffner-NSG2070 - Manual (Page 2)

IEC 61000-4-6 Test System
Bandwidth: 100kHz - 250MHz
Modulation frequency: 1kHz ± 1%
Step size: 1kHz - 100MHz
Operating modes: frequency sweep, pulse mode
Sweep modes: linear, numeric, percentage
Linearity: < +2dB, calibrated < ± 0.5dB
Input / Output impedance: 50 Ω
Hold time: 2ms - 100sec
VSWR: < 1.5
Dynamic range: > 58dB
Distortion: > -17dB (referred to carrier frequency)
RF meter
Output range: -40dBm ... +10dBm
linearity: ±5%, from 0.166V to 1.66V
Modulation: amplitude modulation 0 - 100%
Frequency response: ±5%, from 100kHz - 250MHz 80%
≤
+5%
VSWR < 1.15 from 100kHz - 250MHz
Bandwidth: 100kHz to 250MHz
Distortion: < -20dB (relative to carrier frequency)
no signal deterioration or ringing
Linearity: ± 1.5dB, with calibration < ± 0.5dB
Input sensitivity: -40dBm to +10dBm
Power output: 85W max. (saturated)
Input / output impedance: 50 Ω
Output VSWR: <1.2 (including 4dB attenuator)
Load impedance: from open to short circuit
Housing: 19” benchtop housing with prop feet
Size W x D x H mm 449 x 171 x 461
Weight: NSG 2070: 16kg approx.
Technical Specifications Synthesiser NSG 2070
Technical Specifications Amplifier NSG 2070
Coupling Options
A range of application-specific
coupling/decoupling networks (CDNs) is
offered for use with the NSG 2070, for
power, data and telecom applications.
This coupling method is ideal for
repetitive testing for detailed design
characterisation, or volume compliance
work.
An electromagnetic clamp (EM-clamp)
can be used to couple the signal directly
to any power line or data line. It is not
application-specific, so this coupling
option is a good choice where many
different products are to be tested.
Schaffner's current injection probe is easy
to use and, unlike competitive units, is
capable of coupling signals right up to
IEC 61000-4-6 Level 3. Like the EM-
clamp, the current injection probe can be
used to couple the signal to any power
line or data line.
NSG 2070