Skip to main content Skip to search Skip to main navigation

Filter products

ART. NO.
Description
Current [A]
Power [P]
Voltage [V]
N67006-150-120

Description
N67006-150-120 High-speed electronic DC load, 600 W, 150 V, 120 A, 2U, up to 60 A/µs slew rate
Current [A]
120
Power [P]
600
Voltage [V]
150
N67006-150-120
N67006-150-120 High-speed electronic DC load, 600 W, 150 V, 120 A, 2U, up to 60 A/µs slew rate
120
600
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67012-150-240

Description
N67012-150-240 High-speed electronic DC load, 1.2 kW, 150 V, 240 A, 2U, up to 60 A/µs slew rate
Current [A]
240
Power [P]
1200
Voltage [V]
150
N67012-150-240
N67012-150-240 High-speed electronic DC load, 1.2 kW, 150 V, 240 A, 2U, up to 60 A/µs slew rate
240
1200
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67018-150-360

Description
N67018-150-360 High-speed electronic DC load, 1.8 kW, 150 V, 360 A, 2U, up to 60 A/µs slew rate
Current [A]
360
Power [P]
1800
Voltage [V]
150
N67018-150-360
N67018-150-360 High-speed electronic DC load, 1.8 kW, 150 V, 360 A, 2U, up to 60 A/µs slew rate
360
1800
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67042-150-840

Description
N67042-150-840 High-speed electronic DC load, 4.2 kW, 150 V, 840 A, 4U, up to 60 A/µs slew rate
Current [A]
840
Power [P]
4200
Voltage [V]
150
N67042-150-840
N67042-150-840 High-speed electronic DC load, 4.2 kW, 150 V, 840 A, 4U, up to 60 A/µs slew rate
840
4200
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67066-150-1320

Description
N67066-150-1320 High-speed electronic DC load, 6.6 kW, 150 V, 1320 A, 6U, up to 60 A/µs slew rate
Current [A]
1320
Power [P]
6600
Voltage [V]
150
N67066-150-1320
N67066-150-1320 High-speed electronic DC load, 6.6 kW, 150 V, 1320 A, 6U, up to 60 A/µs slew rate
1320
6600
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67090-150-1800

Description
N67090-150-1800 High-speed electronic DC load, 9 kW, 150 V, 1800 A, 8U, up to 60 A/µs slew rate
Current [A]
1800
Power [P]
9000
Voltage [V]
150
N67090-150-1800
N67090-150-1800 High-speed electronic DC load, 9 kW, 150 V, 1800 A, 8U, up to 60 A/µs slew rate
1800
9000
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67114-150-2280

Description
N67114-150-2280 High-speed electronic DC load, 11.4 kW, 150 V, 2280 A, 10U, up to 60 A/µs slew rate
Current [A]
2280
Power [P]
11400
Voltage [V]
150
N67114-150-2280
N67114-150-2280 High-speed electronic DC load, 11.4 kW, 150 V, 2280 A, 10U, up to 60 A/µs slew rate
2280
11400
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67138-150-2760

Description
N67138-150-2760 High-speed electronic DC load, 13.8 kW, 150 V, 2760 A, 12U, up to 60 A/µs slew rate
Current [A]
2760
Power [P]
13800
Voltage [V]
150
N67138-150-2760
N67138-150-2760 High-speed electronic DC load, 13.8 kW, 150 V, 2760 A, 12U, up to 60 A/µs slew rate
2760
13800
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67162-150-3240

Description
N67162-150-3240 High-speed electronic DC load, 16.2 kW, 150 V, 3240 A, 14U, up to 60 A/µs slew rate
Current [A]
3240
Power [P]
16200
Voltage [V]
150
N67162-150-3240
N67162-150-3240 High-speed electronic DC load, 16.2 kW, 150 V, 3240 A, 14U, up to 60 A/µs slew rate
3240
16200
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67186-150-3720

Description
N67186-150-3720 High-speed electronic DC load, 18.6 kW, 150 V, 3720 A, 16U, up to 60 A/µs slew rate
Current [A]
3720
Power [P]
18600
Voltage [V]
150
N67186-150-3720
N67186-150-3720 High-speed electronic DC load, 18.6 kW, 150 V, 3720 A, 16U, up to 60 A/µs slew rate
3720
18600
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67210-150-4200

Description
N67210-150-4200 High-speed electronic DC load, 21 kW, 150 V, 4200 A, 18U, up to 60 A/µs slew rate
Current [A]
4200
Power [P]
21000
Voltage [V]
150
N67210-150-4200
N67210-150-4200 High-speed electronic DC load, 21 kW, 150 V, 4200 A, 18U, up to 60 A/µs slew rate
4200
21000
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

N67234-150-4680

Description
N67234-150-4680 High-speed electronic DC load, 23.4 kW, 150 V, 4680 A, 20U, up to 60 A/µs slew rate
Current [A]
4680
Power [P]
23400
Voltage [V]
150
N67234-150-4680
N67234-150-4680 High-speed electronic DC load, 23.4 kW, 150 V, 4680 A, 20U, up to 60 A/µs slew rate
4680
23400
150
High Speed DC Load

Technical Data

Height

12

6

4

2

max. Current (A)

max. power (W)

max. voltage (V)

Number of channels

Single channel

Product category

DC Electronic Load

Type of DC Load

High-Speed Programmable DC Electronic Load: N67000 Series for Precise Load Simulation in R&D and Production

In modern electronics development, especially when verifying high-performance components such as AI chips and server power supplies, the demands placed on test environments are increasing significantly. To reproduce extremely fast load changes under realistic conditions, test systems are required that can not only generate transient states in the microsecond range, but also capture them with high precision.

The N67000 Series was specifically developed for these demanding dynamic test tasks. With up to 1.8 kW of power in a compact 2U design, high measurement accuracy, and modular expandability, it provides a powerful solution for development departments, production lines, and automated test systems.

Key Advantages and Technical Value

The N67000 Series is designed for highly dynamic load simulation, precise data acquisition, and flexible scalability. This makes it possible to test modern power electronics, server power systems, and energy storage devices under realistic operating conditions.

60A/µs
Maximum Current Slew Rate
With up to 60 A/µs per standalone unit, transient conditions in high-performance processors, AI chips, and fast-switching power supplies can be simulated under realistic conditions.
±
Outstanding Measurement Accuracy
A voltage accuracy of 0.05% + 0.05% F.S. and a current accuracy of 0.1% + 0.1% F.S. make even the smallest deviations in control behavior visible.
3R
Multi-Range Technology
Three voltage, current, power, and resistance ranges per unit maximize resolution and accuracy, even in partial-load operation.
1µs
Precise Time Analysis
A time resolution of 1 µs and a timing accuracy of 10 µs + 100 ppm enable reliable analysis of rise and fall times.
100
Fast Parameter Switching
Up to 100 parameter groups can be stored internally and recalled without delay, reducing setup times in production and testing.
DCIR
Integrated Special Functions
Optional functions such as DCIR measurement and MPPT simulation expand the system for battery testing and photovoltaic applications.

Typical Industrial Applications

The N67000 Series is tailored for applications where highly dynamic load profiles, precise control, and maximum flexibility in load characteristics are required.

IT
IT Infrastructure & Cloud Computing

Testing of server power supplies and UPS systems under real operating conditions with fast and highly dynamic load changes.

AI
Semiconductor Development

Characterization of AI chips, processors, and sensors with extremely fast current consumption in the microsecond range.

BAT
E-Mobility & Energy Storage

Capacity and discharge testing of fuel cells, batteries, and lead-acid batteries, including DCIR determination.

PV
Renewable Energy

Simulation of photovoltaic modules using MPPT algorithms to optimize inverters and energy yield.

REL
Component Testing

Aging tests and characterization of fuses, relays, and power electronic components under defined conditions.

Functional and System Description

The N67000 Series is based on an advanced control concept that reproduces both static and highly dynamic load characteristics with stability and precision.

CC
Standard Operating Modes
Supports the basic modes CC, CV, CP, and CR for conventional load simulation, power supply testing, and energy storage characterization.
HYB
Combined Load Modes
CV+CC, CR+CC, CV+CR, and CP+CC enable realistic test sequences and protect the DUT through automatic mode transitions.
CR+CC
Optimized for Inrush Behavior
The CR+CC mode in particular helps bypass OCP during source start-up and reproduce realistic power-on behavior.
CCD
Dynamic Modes
CCD, CVD, CRD, and CPD modes support the analysis of highly dynamic load transitions and transient system responses.
SWP
Frequency Sweep Function
The integrated sweep function allows the response behavior to be analyzed over a defined frequency range in order to detect resonances and instabilities.
MS
Master-Slave Concept
Active current sharing in a master-slave setup simplifies operation and ensures automatic, balanced load distribution.

Safety and Protection Functions

OVP
Overvoltage Protection

OVP reliably protects both the DUT and the system against excessive voltage during live test operation.

OCP
Overcurrent Protection

OCP limits critical current conditions and increases system safety during dynamic test sequences.

OPP
Overpower Protection

OPP protects the system against excessive power absorption and helps prevent damage caused by overload.

OTP
Overtemperature Protection

OTP monitors thermal stress and ensures stable operation even under demanding load profiles.

RV
Reverse Polarity Protection

Hardware-based reverse polarity protection reduces risks caused by incorrect connections in laboratories and production environments.

Key Technical Data

Power Classes 600 W, 1200 W, and 1800 W per 2U unit
Voltage Range Up to 150 V
Current Range Up to 360 A in standalone operation
Communication Speed Response time ≤ 5 ms
Rise Time Minimum rise time of 6 µs
Input Impedance Typically 0.21 MΩ
Form Factor Compact 2U design for high power density

Variants and Scalability

The modular architecture of the N67000 Series enables demand-based scaling from compact standalone units to high-performance multi-unit systems.

2U
Standalone Unit

Up to 1.8 kW per unit in 2U height for compact and highly dynamic test stations.

20U
Rack System

By paralleling multiple units, systems up to 23.4 kW and 4680 A can be realized in a single 20U rack.

This high power density significantly reduces the footprint in laboratories and production environments and offers clear economic advantages over conventional high-power loads.

Integration and Automation

The N67000 Series is designed for seamless integration into automated ATE environments and supports both classic industrial communication and modern IT-based test systems.

LAN
Standard Interfaces
LAN, RS232, and CAN are integrated as standard and allow flexible integration into test and automation environments.
GPIB
Optional Extensions
GPIB is optionally available and enables integration into existing conventional measurement systems.
SCPI
Protocol Compatibility
SCPI, Modbus-RTU, and CANopen support integration into PLC controls and software-defined test environments.
USB
USB Host
A front USB host allows the direct import of complex waveforms for realistic load profiles.
I/O
Analog I/O Functions
Analog interfaces support external real-time triggering and monitoring in dynamic test processes.
ATE
Optimized for Industry 4.0
The open communication architecture provides long-term security for digitalized test benches and modular test platforms.

Strategic Added Value for Industrial Users

Investing in the N67000 Series optimizes total cost of ownership through a high degree of investment protection. Companies can initially purchase only the performance they need today and later expand the system modularly without fundamentally changing the existing test software or calibration strategy.

High reliability, fast recall of 100 parameter groups, and the scalable master-slave architecture reduce setup times, increase system availability, and create a durable test platform for dynamic technologies.

Consulting and Contact

Not sure whether this product is the right fit for your application? We will be happy to support you in selecting the right solution for your requirements – from a standalone application to complete system integration.

Contact us conveniently via live chat, contact form, email, or phone – we provide personal and practical advice tailored to your application.

Depending on availability, we can also provide a free demo unit for evaluation in your test environment, allowing you to test the system directly under real operating conditions.

Get in touch with us

+49 (0) 6205 - 3948-0 info@et-system.de

Mon - Thu: 8:00 AM - 5:00 PM
Fri: 8:00 AM - 3:00 PM

Contact Us Directly

+49 (0) 6205 - 3948-0 info@et-system.de

Mo - Do von 8 - 17 Uhr
Fr von 8 - 15 Uhr

Contact Us Directly