E4361A 太阳能电池阵列仿真器直流Module, 65 V, 8.5 A, 510 W
Professional Grade Oscilloscope for Advanced Debugging
Recommended Solution Packages
Power supply bundles by scenario.
Bench Starter
General bench power provisioning.
- Main unit (E4361A)
- Remote sense kit
- Rack ears
- Safety cables
* Includes compatibility check by our engineers.
Detailed Specifications
Technical Reference for E4361A
| maximum power | 510 W |
| Voc Max. | 65 V |
| Isc Max. | 8.5 A |
| V rated | 0-60 V |
| I rated | 0-8.5 A |
| voltage (Fixed Mode) | 0.075% + 25 mV |
| current (Fixed Mode) | 0.2% + 20 mA |
| voltage rms, p-p (Simulator/Table Mode) | 20 mV rms, 125 mV p-p |
| voltage rms, p-p (Fixed Mode) | 24 mV rms, 150 mV p-p |
| current rms, p-p (Fixed Mode) | 2.5 mA rms, 19 mA p-p |
Product Overview
maximum power: 510 W
Voc Max.: 65 V
Isc Max.: 8.5 A
maximum power: 510 W
V rated: 0-60 V
I rated: 0-8.5 A
voltage (Fixed Mode): 0.075% + 25 mV
current (Fixed Mode): 0.2% + 20 mA
voltage rms, p-p (Simulator/Table Mode): 20 mV rms, 125 mV p-p
voltage rms, p-p (Fixed Mode): 24 mV rms, 150 mV p-p
current rms, p-p (Fixed Mode): 2.5 mA rms, 19 mA p-p
input the four key operational parameters (Voc, Isc, Vmp, Imp) needed for the SAS to internally create an I-V curve of a solar array
download a user-defined table for the I-V curve of the solar array
For engineers designing and debugging the latest interface standards, the E4361A 太阳能电池阵列仿真器直流Module, 65 V, 8.5 A, 510 W offers the highest accuracy and signal integrity in the industry.
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