EA Elektro-Automatik EL 9000 B HP Serisi DC Elektronik Yük, Programlanabilir, 1,25 → 600 Ω
Teknik Belgeler
Özellikler
Marka
EA Elektro-AutomatikSeri
EL 9000 B HP
Yük Tipi
Programmable
Sabit Gerilim Modu Aralığı
0 → 500 V
Sabit Akım Modu Aralığı
0 → 30 A
Sabit Direnç Modu Aralığı
1,25 → 600 Ω
Sabit Vat Miktarı Modu Aralığı
0 → 1200 W
Raf Üniteleri
2 U
Menşe
Germany
Ürün Ayrıntıları
EL 9000 B HP Series
The electronic DC loads series EA-EL 9000 B HP replace the current EA-EL 9000 HP series. They reduce the required unit height from 3U to 2U. Meaning, the steady power of 7200 W of a former EA-EL 9000 HP device can already be achieved in 6U of height where it required 9U before. The result is a space saving of 33% which allows for achieving even more power in a 19" cabinet.
All models support the four common regulation modes constant voltage (CV), constant current (CC), constant power (CP) and constant resistance (CR). The FPGA-based control circuit provides interesting features, such as a function generator with a table-based function for the simulation of nonlinear internal resistances.
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Teknik Belgeler
Özellikler
Marka
EA Elektro-AutomatikSeri
EL 9000 B HP
Yük Tipi
Programmable
Sabit Gerilim Modu Aralığı
0 → 500 V
Sabit Akım Modu Aralığı
0 → 30 A
Sabit Direnç Modu Aralığı
1,25 → 600 Ω
Sabit Vat Miktarı Modu Aralığı
0 → 1200 W
Raf Üniteleri
2 U
Menşe
Germany
Ürün Ayrıntıları
EL 9000 B HP Series
The electronic DC loads series EA-EL 9000 B HP replace the current EA-EL 9000 HP series. They reduce the required unit height from 3U to 2U. Meaning, the steady power of 7200 W of a former EA-EL 9000 HP device can already be achieved in 6U of height where it required 9U before. The result is a space saving of 33% which allows for achieving even more power in a 19" cabinet.
All models support the four common regulation modes constant voltage (CV), constant current (CC), constant power (CP) and constant resistance (CR). The FPGA-based control circuit provides interesting features, such as a function generator with a table-based function for the simulation of nonlinear internal resistances.