Schlöder CDG 7000
Schlöder CDG 7000 Test System fra Schlöder EMV.
HF signal generator, 3 kanals HF-voltmeter, HF forstærker og en indbygget retningskobler, får du her et komplet system til test af ledningsbåret støj iht. IEC 61000-4-6.
Ved brug af koblingsnetværk og clamps inducerer du støjsignalet direkte ind i power/signal-ledninger. Testemnet kan derved testes direkte i opstillingen.
Schlöder CDG 7000 er én af de få combined IEC 61000-4-6 testsystemer på markedet og med Schlöders BCI-P1 (Bulk Current Injection Probe), kan systemet bruges til BCI test iht ISO 11452-4. Den medfølgende HELIA 7 software klarer rapportgenereringen og endda indbygget monitorering af DUT.
For integrering i eksisterende test setup, er CDG 7000 udstyret med USB, LAN og GPIB interface.
* 3 i 1 apparat, HF Signal Generator, HF-Power Amp., 3 kanals HF Voltmeter + Direct Coupler
* Frekvensområde (signal generator) : 4 kHz – 1,2 GHz
* Medfølgende Helia 7 – Basic software som giver jer omfattende rapporteringsfunktioner og DUT monitorering
* Til BCI test findes Software Helia 7 – BCI
* Er simpel at udvide med en extern forstærker via 2nd Generator Output
* SCPI command set, muliggør simpel integration i jeres software system.
* Interface: USB 2.0, LAN (100 Mbit), GPIB (option)
* Temperatur input for monitorering og gengivelse af den aktuelle BCI Clamp temperatur.
* Input for ekstern Pulse Modulation
* Konfigurerbar 8-kanals digital User Port
* 3 års garanti
CDG 7000 Models:
* Dimensioner, Vægt: 19″ Desktop, 3 HE, (450 x 135 x 504 mm BxHxD), ca. 11 kg
CDG 7000-25:
Conducted HF Generator, Acc. IEC 61000-4-6
100 kHz – 250 MHz, Amplifier 25 W
Maximum Test Level: 10 V (15 V) with 80% AM (without 6 dB)
Built-in Directional Coupler, With Software HELIA 7
USB, LAN
CDG 7000-75:
Conducted HF Generator, Acc. IEC 61000-4-6
100 kHz – 400 MHz, Amplifier 75 W
Maximum Test Level: 30 V (40 V) with 80% AM (without 6 dB)
Built-in Directional Coupler, With Software HELIA 7
USB, LAN
CDG 7000-75-10:
Conducted HF Generator, Acc. IEC 61000-4-6
10 kHz – 250 MHz, Amplifier 75 W
Maximum Test Level: 30 V (40 V) with 80% AM (without 6 dB)
Built-in Directional Coupler, With Software HELIA 7
USB, LAN
HF Power Amp.specs:
| 25 W | 75 W | 75 W / 10 k | |
| Freq. Range: | 100 kHz – 250 MHz | 100 kHz – 400 MHz | 10 kHz – 250 MHz |
| Linear @ 1dB Comp. | 20 W | 50 W | 50 W |
| Harm. Distortion | <-20 dBc @ 20 W | <-20 dBc @ 50 W | <-20 dBc @ 50 W |
| Gain | 46 dB nominal | 51 dB nominal | 51 dB nominal |
| Spurious output | <-75 dBc @ 10 W | <-75 dBc @ 10 W | <-75 dBc @ 10 W |
HF Generator:
* Frequency range: 9 kHz to 1.2 GHz (usable from 4 kHz)
* Frequency resolution: 1 kHz
* Output level range: 0 to -63 dBm
* Output level resolution: 0,1 dB
* Harmonics: < 30 dBc
* Spurious: < 45 dBc
* Amplitude modulation (internal): 0 to 100%, resolution 1%
* Amplitude modulation (external): 0 to 100% , max. Amplitude 1V = 100%, BNC jack
* Pulse modulation (internal): 5 to 95%, resolution 1%
* Pulse modulation (external): DC…1 MHz, 3,3/5V CMOS/TTL, BNC jack
LF Generator:
* Connector: BNC Jack
* Frequency range: 1 Hz to 100 kHz
* Frequency resolution: 0,1 Hz
* Signal: Sine wave / square wave / triangular
* Amplitude: 0…1 V
HF-Voltmeter:
* Connector: BNC Jack
* Frequency range: 9 kHz to 1.2 GHz (usable from 4 kHz)
* Measuring range: 40 to +30 dBm
Clamp:
* CDN BCI-P1 Clamp for Bulk Current Injection (BCI) / For cables up to Ø 40mm **
* CDN EMCL-20 / 35, EM Coupling Clamp for cables up to Ø20 mm
* CDN ABCL-20 (Absorbing Clamp), for cables up to Ø20 mm
* CDG CMP-45: Current monitoring probe 10 kHz – 400 MHz, foldable / For cables up to Ø45 mm
* CDG CMP-46: Current monitoring probe 10 kHz – 400 MHz, non-foldable / For cables up to Ø46 mm
Attenuators:
* CDG 7050; 6 dB / 20 W
* CDG 7050-100W; 6 dB / 100 W
* CDG 7050-50W; 6 dB / 50W
Terminering:
* CDG A 50: BNC Terminering, 50 Ω, 1 W
* CDG A 50-10W: BNC Terminering, 50 Ω, 10 W
* CDG A 50-50W: BNC Terminering, 50 Ω, 50 W
**) HELIA 7 – BCI er en ekstra software til CDG 7000 – kræves for at bruge CDN BCI-P1 med CDG 7000 systemet.
Læs mere om HELIA 7 software her
