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Keysight Technologies E4362A
| Manufacturer | Keysight Technologies |
| Model | E4362A |
| Product | Solar Array Simulator DC Module, 130V, 5A, 600W |
Availability:
In stock
SKU
130124
Agilent / HP E4362A Solar Array Simulator DC Module (call for availability)
The Agilent / HP E4362A is a 600W Solar Array Simulator DC Power Module that simulates the output characteristics of a solar array. The Agilent / HP E4362A Solar Array Simulator DC Module is primarily a cur source with very low output capacitance. It offers fast I-V curve changes allowing you to accurately simulate the output of diffe solar arrays under various environmental conditions (ie., temperature, age, eclipse, spin etc.). The Agilent / HP E4362A Solar Array Simulator DC Module gives you the flexibility to operate it in two ways:Input the four key operational parameters (Voc, Isc, Vmp, Imp) needed for the Solar Array Simulator 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 Features and Specifications of the Agilent / HP E4362A Modular Solar Array Simulator DC Module include:
Output Ratings (Simulator and Table Modes): Output Ratings (Fixed Mode): Cur Derating Factor (from 40°C to 55°C): 0.069 A/°C Output Voltage Ripple & Noise (from 20 Hz to 20 MHz with a resistive load, outputs ungrounded, or either output grounded): Programming Accuracy (@ 23°C ±5°C): Readback Accuracy (from front panel or over GPIB with respect to actual output @ 23 ±5°C): Load Regulation - Fixed Mode (change in output voltage or cur for any load voltage change within ratings): Line Regulation - Fixed Mode (change in output voltage or cur for any line voltage change within ratings): Output Cur Ripple & Noise (from 20 Hz to 20 MHz with a resistive load, outputs ungrounded, or either output grounded): Output Programming Range (maximum programmable values): Programming Resolution (average values): Programming Accuracy: Fixed Mode Analog Cur Programming: Drift / Temperature Stability (change in output over 8 hours underconstant load, line, and ambient, following a 30 minute warmup): Temperature Coefficients (output change per °C): Output Capacitance: < 50 nF Maximum Reverse Diode Cur (with fans running): 5.0 A Output Cur Settling Time (output recovery to within 1.5 A of an operating point on the I-V curve (V < 90% of VMP) after switching from a short circuit to a fixed load): < 5 µs Maximum Capacitive Load (for stable operation): Load Lead Drop with Remote Sensing: Cur Sinking Capability: Voltage Programming Rise/Fall Time (time for output to change from 90% to 10% or 10% to 90% of its total excursion): < 8 ms Voltage Programming Settling Time (time for output change to settle within 0.1% of the rating of the unit; either 60 mV or 120 mV): 25 ms typical Monotonicity: Output is monotonic over entire rated voltage, cur, temperature range Auto-Parallel Configuration: Up to 4 outputs Series and Shunt Switching Frequency (switching frequency is controlling by a customer-supplied external series or shunt FET connected to the output): 50 kHz maximum Output Terminal Isolation (maximum, from chassis ground): ±240 Vdc Line Voltage 200 V / 230 V / 240 V: Line Voltage: 100 V / 120 V: Maximum Power: 600 W Maximum Open Circuit Voltage (Voc): 130 V Maximum Voltage Point (Vmp): 120 V Maximum Short Circuit Cur (Isc) : 5.0 A Maximum Circuit Point (Imp): 5.0 A Maximum Short Circuit Cur (Isc) : 2.5 A Maximum Circuit Point (Imp) : 2.5 A Voltage: 0 - 120 V Line Voltage: 200 V / 230 V / 240 V: Cur: 0 - 5.0 A Line Voltage: 100 V / 120 V: Cur: 0 - 2.5 A Simulator / Table Mode: 24 mVrms 195 mVp-p Fixed Mode (constant voltage): 30 mVrms 150 mVp-p Fixed Mode Voltage: 0.075% + 50 mV Fixed Mode Cur: 0.2% + 10 mA Voltage: 0.08% + 50 mV +Cur: 0.20% + 10 mA -Cur 0.35% + 24 mA Constant Voltage: 2 mV Constant Cur: 1 mA Constant Voltage: 2 mV Constant Cur: 1 mA Simulator/Table Mode: 4 mArms 32 mAp-p Fixed Mode (constant cur): 2.5 mArms 19 mAp-p Line Voltage: 200 V / 230 V / 240 V: Line Voltage: 100 V / 120 V: Simulator/Table Mode Voltage: 0 - 130 V Fixed Mode Voltage: 0 - 123 V Cur: 0 - 5.1 A Cur: 0 - 2.55 A Overvoltage Protection: 0 - 140 V Overcur Limit: 0 - 6.25 A Voltage: 37 mV Cur: 1.6 mA Overvoltage Protection: 600 mV Overcur Limit: 27 mA Overvoltage Protection: 1.2 V Overcur Limit: 0.5% + 215 mA Cur Monitor (referenced to P common): 1.0% + 75 mA Analog Programming: 1.0% + 3.2 mA +Ip to -Ip Diffeial Input (0 to full scale): 0 to -4 V Maximum Common Mode Voltage (referenced to +OUT): ±18 V Nominal Input Impedance: 20 kO Voltage: 0.04% + 2 mV Cur: 0.1% + 0.5 mA Voltage 0.01% + 650 µV Cur 0.025% + 125 µA Simulator/Table Mode: No Restriction Fixed Mode: 2000 µF Simulator/Table Mode: Up to 2 volts + (Voc - Vmp) Fixed Mode: Up to 2 volts total Simulator/Table Mode: 350 mA Fixed Mode: 420 mA
The Agilent / HP E4362A is a 600W Solar Array Simulator DC Power Module that simulates the output characteristics of a solar array. The Agilent / HP E4362A Solar Array Simulator DC Module is primarily a cur source with very low output capacitance. It offers fast I-V curve changes allowing you to accurately simulate the output of diffe solar arrays under various environmental conditions (ie., temperature, age, eclipse, spin etc.). The Agilent / HP E4362A Solar Array Simulator DC Module gives you the flexibility to operate it in two ways:
- Maximum Power: 600 W
- Maximum Open Circuit Voltage (Voc): 130 V
- Maximum Voltage Point (Vmp): 120 V
- Line Voltage 200 V / 230 V / 240 V:
- Maximum Short Circuit Cur (Isc) : 5.0 A
- Maximum Circuit Point (Imp): 5.0 A
- Line Voltage: 100 V / 120 V:
- Maximum Short Circuit Cur (Isc) : 2.5 A
- Maximum Circuit Point (Imp) : 2.5 A
- Voltage: 0 - 120 V
- Line Voltage: 200 V / 230 V / 240 V:
- Cur: 0 - 5.0 A
- Line Voltage: 100 V / 120 V:
- Cur: 0 - 2.5 A
- Simulator / Table Mode:
- 24 mVrms
- 195 mVp-p
- Fixed Mode (constant voltage):
- 30 mVrms
- 150 mVp-p
- Fixed Mode Voltage: 0.075% + 50 mV
- Fixed Mode Cur: 0.2% + 10 mA
- Voltage: 0.08% + 50 mV
- +Cur: 0.20% + 10 mA
- -Cur 0.35% + 24 mA
- Constant Voltage: 2 mV
- Constant Cur: 1 mA
- Constant Voltage: 2 mV
- Constant Cur: 1 mA
- Simulator/Table Mode:
- 4 mArms
- 32 mAp-p
- Fixed Mode (constant cur):
- 2.5 mArms
- 19 mAp-p
- Simulator/Table Mode Voltage: 0 - 130 V
- Fixed Mode Voltage: 0 - 123 V
- Line Voltage: 200 V / 230 V / 240 V:
- Cur: 0 - 5.1 A
- Line Voltage: 100 V / 120 V:
- Cur: 0 - 2.55 A
- Overvoltage Protection: 0 - 140 V
- Overcur Limit: 0 - 6.25 A
- Voltage: 37 mV
- Cur: 1.6 mA
- Overvoltage Protection: 600 mV
- Overcur Limit: 27 mA
- Overvoltage Protection: 1.2 V
- Overcur Limit: 0.5% + 215 mA
- Cur Monitor (referenced to P common): 1.0% + 75 mA
- Analog Programming: 1.0% + 3.2 mA
- +Ip to -Ip Diffeial Input (0 to full scale): 0 to -4 V
- Maximum Common Mode Voltage (referenced to +OUT): ±18 V
- Nominal Input Impedance: 20 kO
- Voltage: 0.04% + 2 mV
- Cur: 0.1% + 0.5 mA
- Voltage 0.01% + 650 µV
- Cur 0.025% + 125 µA
- Simulator/Table Mode: No Restriction
- Fixed Mode: 2000 µF
- Simulator/Table Mode: Up to 2 volts + (Voc - Vmp)
- Fixed Mode: Up to 2 volts total
- Simulator/Table Mode: 350 mA
- Fixed Mode: 420 mA
- Maximum Power: 600 W
- Maximum Open Circuit Voltage (Voc): 130 V
- Maximum Voltage Point (Vmp): 120 V
- Maximum Short Circuit Cur (Isc) : 5.0 A
- Maximum Circuit Point (Imp): 5.0 A
- Maximum Short Circuit Cur (Isc) : 2.5 A
- Maximum Circuit Point (Imp) : 2.5 A
- Cur: 0 - 5.0 A
- Cur: 0 - 2.5 A
- Simulator / Table Mode:
- 24 mVrms
- 195 mVp-p
- Fixed Mode (constant voltage):
- 30 mVrms
- 150 mVp-p
- 24 mVrms
- 195 mVp-p
- 30 mVrms
- 150 mVp-p
- Fixed Mode Voltage: 0.075% + 50 mV
- Fixed Mode Cur: 0.2% + 10 mA
- Voltage: 0.08% + 50 mV
- +Cur: 0.20% + 10 mA
- -Cur 0.35% + 24 mA
- Constant Voltage: 2 mV
- Constant Cur: 1 mA
- Constant Voltage: 2 mV
- Constant Cur: 1 mA
- Simulator/Table Mode:
- 4 mArms
- 32 mAp-p
- Fixed Mode (constant cur):
- 2.5 mArms
- 19 mAp-p
- 4 mArms
- 32 mAp-p
- 2.5 mArms
- 19 mAp-p
- Simulator/Table Mode Voltage: 0 - 130 V
- Fixed Mode Voltage: 0 - 123 V
- Cur: 0 - 5.1 A
- Cur: 0 - 2.55 A
- Overvoltage Protection: 0 - 140 V
- Overcur Limit: 0 - 6.25 A
- Voltage: 37 mV
- Cur: 1.6 mA
- Overvoltage Protection: 600 mV
- Overcur Limit: 27 mA
- Overvoltage Protection: 1.2 V
- Overcur Limit: 0.5% + 215 mA
- Cur Monitor (referenced to P common): 1.0% + 75 mA
- Analog Programming: 1.0% + 3.2 mA
- +Ip to -Ip Diffeial Input (0 to full scale): 0 to -4 V
- Maximum Common Mode Voltage (referenced to +OUT): ±18 V
- Nominal Input Impedance: 20 kO
- Voltage: 0.04% + 2 mV
- Cur: 0.1% + 0.5 mA
- Voltage 0.01% + 650 µV
- Cur 0.025% + 125 µA
- Simulator/Table Mode: No Restriction
- Fixed Mode: 2000 µF
- Simulator/Table Mode: Up to 2 volts + (Voc - Vmp)
- Fixed Mode: Up to 2 volts total
- Simulator/Table Mode: 350 mA
- Fixed Mode: 420 mA
Returns
If you are not completely satisfied with your purchase, simply return the item to us in its original condition within 30 days of receipt.
Returned items should be unused and must be returned in original packaging with any enclosed documentation. We will issue a full refund on receipt, excluding the original delivery charge. Alternatively, if preferred, we will exchange the item.
VAT
Prices exclude VAT. Intra-Community transactions: Under the EU VAT Directive, B2B sales of goods across EU VAT borders is VAT zero-rated.
Where VAT is charged, a rate of 23% is applied.
VAT is not charged outside of the EU.
