Keysight N6701C | Modular power supply system, 600 W, basic device
Manufacturer number: N6701C
On Request
Keysight N6701C | MPS basic device / mainframe for up to 4 DC power supply modules max. 600 W.
- modular structure, max. 4 DC power supply modules possible
- maximum output power 600W common for all outputs
- over 30 DC power modules up to max. 150V / 50A available
- 4 outputs with fine sensing (sense) for supplying the device under test
- Parallel / serial connection of the outputs possible
- Possibility of reading back current and voltage (integrated in the power supply modules)
- Device settings memory
- Sequence programming for outputs
- Synchronization to other measuring devices via trigger inputs and outputs
- Protection functions can be set for all outputs (overvoltage, overcurrent and overtemperature protection)
- Off / on switch for outputs (optional for the individual DC power modules)
- Temperature controlled fan
- Interfaces: USB 2.0, GPIB interface, LAN interface
- LXI Class C compatible
- Built-in web server for remote control
- Dimensions: W432.5 x D 549.7 x H44.45 mm (19 inches - 1U)
- Weight with 4 DC power supply modules: 12.73 kg
- Warranty: 3 years
Technical Data
Description
N6701C | Modular power supply system, 600 W, basic device
The MPS (Modular Power System) power supply series N6700C from Keysight is a modularly expandable power supply with a height of only one height unit for diverse applications in laboratory and production environments. The large selection of different power supply modules makes the N6701C modular power supply ideally adaptable to any user application.
For integration into test benches and remote control applications using a PC, the N6700 power supply can be controlled via the standard USB, GPIB or LAN interface. The N6700 is fully LXI compatible and also offers an integrated web server for remote control via LAN.
Note:
When you purchase this new device, you will now receive a "Node-Locked" license for the Keysight measurement and analysis app BenchVue for power supplies BV0003B free of charge . This is limited to the specific device. The license is not limited in time.
On the Keysight website you will find further information on downloading, registering and activating your BenchVue license: To the Keysight website.
Lieferumfang
- MPS basic device N6701C (without DC power supply modules)
- Power cord
- Documentation (user manual) on CD
- Assembly tool for DC power modules
Possible DC modules for this basic device:
- Basic modules, characteristics and performance data:
Switching of measured values between voltage or current
- Output power up to 300 W, module output voltage up to 150 V.
- Voltmeter accuracy 0.1% +20 mV, ammeter accuracy 0.15% +2 mA
- Modulation of the output voltage up to 260 Hz - High performance modules , characteristic and performance data:
Simultaneous display of output voltage, current and power
- Output power up to 500 W, module output voltage up to 60 V.
- Voltmeter accuracy 0.05% +10 mV, ammeter accuracy 0.1% +4 mA
- Modulation of the output voltage up to 4 kHz - Precision modules , characteristics and performance data:
Simultaneous display of output voltage, current and power
- Output power up to 500 W, module output voltage up to 60 V.
- Voltmeter accuracy 0.016% +1.5 mV, ammeter accuracy 0.05% +100 nA (with option 2UA)
- Modulation of the output voltage up to 4.5 kHz - SMU modules, (source / measure unit) characteristic and performance data:
Display of output voltage, current and power
- Output power up to 20 W, module output voltage ± 20 V, module output current ± 3 A
- Voltmeter accuracy 0.025% +50 µV, ammeter accuracy 0.025% +8 nA
- Modulation of the output voltage up to 100 kHz - Application-specific modules, one module specifically for measuring batteries , the other for testing mobile, battery-powered mobile devices ; Characteristics and performance data:
Display of output voltage, current and power
- Output power up to 24 W, module output voltage up to 8 V, module output current -2 to +3 A.
- Voltmeter accuracy 0.05% + 5 mV, ammeter accuracy 0.1% + 75µA
- Operation in 2 quadrants
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