N36200 – Wide-Range Programmable DC Power Supply up to 10 kW in 2 U

For automated test stations, laboratory setups and production lines requiring reproducible power profiles.

The wide output characteristic combines high current at low voltage with high-voltage variants reaching 1,500 V. Half-width 19-inch housings from 1U reduce rack-space requirements and support dense integration where suitable for the selected model.

CC/CV priority

Selecting the prioritised control loop supports a controlled voltage or current rise matched to the connected device under test.

Programmable test sequences

Sequence, constant-power and charging modes reproduce recurring power profiles directly within the instrument.

Automotive waveforms

Integrated profiles support ISO 16750-2 and LV 124 testing, including starting, reset and load-dump scenarios.

Remote control and automation

LAN, RS232, RS485 and CAN with SCPI, Modbus RTU and CANopen simplify integration into automated test systems.

Personal project consultation

Do you need support selecting the right power supply? Our technical specialists will provide personal advice tailored to your application.

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

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Product variants

N36200 series overview

The N36200 is a single-channel programmable wide-range DC power supply for controlled powering, development and test applications. The series covers ratings from 500 W to 10 kW, output voltages up to 1,500 V and output currents up to 1,100 A. Available variants include low-voltage high-current configurations as well as models rated for 360 V, 750 V or 1,500 V.

The instruments support CV, CC and CP operation. Voltage programming and measurement accuracy is ≤0.03% + 0.02% of full scale, while current accuracy is ≤0.1% + 0.1% of full scale. Half-width and full-width 19-inch 1U housings, together with 10 kW models in 2U, support both benchtop use and integration into ATE, validation and production systems.

Key benefits

High power density

Up to 5 kW is available in a 1U housing, with ratings up to 2.5 kW offered in a half-width 19-inch format.

Broad model range

Voltage classes from 20 V to 1,500 V and currents up to 1,100 A enable application-specific instrument selection.

Accurate setpoint control

Voltage accuracy is ≤0.03% + 0.02% F.S.; current accuracy is specified as ≤0.1% + 0.1% F.S.

Fast control response

Many low-voltage variants provide rise times down to ≤10 ms, while the exact dynamic values depend on the selected model.

Remote sensing

Four-wire sensing regulates voltage at the DUT and compensates voltage drops across long or high-current connection leads.

Parallel power expansion

Instruments of the same model can be operated in a master-slave configuration with common control and readback.

Operating principle and output control

In standard V/I operation, the output voltage and current limit are programmed. Depending on the connected load and operating point, the instrument regulates in constant-voltage or constant-current mode. Constant-power operation is also available, dynamically adjusting voltage and current within configured upper limits.

Voltage priority

Prioritising the voltage control loop supports a fast, smooth voltage rise when powering sensitive low-voltage circuits.

Current priority

For low-impedance DUTs or charging tasks, current priority helps reduce output-current overshoot.

Selection note: The N36200 series contains different voltage, current and power classes. A model's maximum voltage and maximum current can only be combined within its available power characteristic.

Models and technical specifications

The portfolio includes low-voltage, high-current instruments as well as variants rated for 360 V, 750 V and 1,500 V. The series is available in the following model configurations.

Model	Power	Voltage	Current	Housing
N36205-40-50	500 W	0–40 V	0–50 A	1U, half-width 19 inch
N36205-80-25	500 W	0–80 V	0–25 A	1U, half-width 19 inch
N36209-40-50	900 W	0–40 V	0–50 A	1U, half-width 19 inch
N36209-80-25	900 W	0–80 V	0–25 A	1U, half-width 19 inch
N36210-80-60	1,000 W	0–80 V	0–60 A	1U, half-width 19 inch
N36210-1500-01	1,000 W	0–1,500 V	0–1 A	1U, half-width 19 inch
N36212-80-42	1,200 W	0–80 V	0–42 A	1U, half-width 19 inch
N36212-80-60	1,200 W	0–80 V	0–60 A	1U, half-width 19 inch
N36216-40-80	1,600 W	0–40 V	0–80 A	1U, half-width 19 inch
N36216-80-42	1,600 W	0–80 V	0–42 A	1U, half-width 19 inch
N36216-80-80	1,600 W	0–80 V	0–80 A	1U, half-width 19 inch
N36216-360-20	1,600 W	0–360 V	0–20 A	1U, half-width 19 inch
N36216-750-04	1,600 W	0–750 V	0–4 A	1U, half-width 19 inch
N36216-1500-02	1,600 W	0–1,500 V	0–2 A	1U, 19 inch
N36225-20-275	2,500 W	0–20 V	0–275 A	1U, half-width 19 inch
N36225-40-135	2,500 W	0–40 V	0–135 A	1U, half-width 19 inch
N36225-80-80	2,500 W	0–80 V	0–80 A	1U, half-width 19 inch
N36225-80-120	2,500 W	0–80 V	0–120 A	1U, 19 inch
N36225-360-20	2,500 W	0–360 V	0–20 A	1U, half-width 19 inch
N36225-360-35	2,500 W	0–360 V	0–35 A	1U, 19 inch
N36225-750-04	2,500 W	0–750 V	0–4 A	1U, half-width 19 inch
N36232-80-160	3,200 W	0–80 V	0–160 A	1U, 19 inch
N36232-360-40	3,200 W	0–360 V	0–40 A	1U, 19 inch
N36232-1500-04	3,200 W	0–1,500 V	0–4 A	1U, 19 inch
N36235-20-350	3,500 W	0–20 V	0–350 A	1U, 19 inch
N36250-20-550	5,000 W	0–20 V	0–550 A	1U, 19 inch
N36250-40-275	5,000 W	0–40 V	0–275 A	1U, 19 inch
N36250-80-160	5,000 W	0–80 V	0–160 A	1U, 19 inch
N36250-360-40	5,000 W	0–360 V	0–40 A	1U, 19 inch
N362100-20-1100	10,000 W	0–20 V	0–1,100 A	2U, 19 inch
N362100-40-550	10,000 W	0–40 V	0–550 A	2U, 19 inch

Dynamic performance and regulation

Dynamic characteristics vary with the voltage and power class. Many 20 V, 40 V and 80 V models specify full-load voltage rise times down to ≤10 ms. High-voltage models may have longer rise and fall times because of their different output-stage design.

Short recovery time

Selected 80 V variants recover within ≤1 ms following a load transition from 10% to 90%.

Adjustable transitions

Voltage and current rise settings support defined switch-on behaviour and DUT-specific supply profiles.

Low output ripple

Model-specific ripple and noise values are specified according to the selected voltage and current class.

Operating modes and programmable functions

CV and CC operation

Voltage and current limits are programmed, with automatic transition between voltage and current regulation according to the operating point.

Constant-power mode

The instrument adjusts voltage and current within configured upper limits to maintain a programmed output power.

Sequence operation

Up to ten sequence files with as many as 1,000 steps each reproduce time-dependent voltage and current profiles.

Programmable charging test

Charging can be terminated automatically by elapsed time, voltage, current or transferred capacity.

Vehicle supply profiles

Recallable profiles simulate short voltage drops, starting events, voltage resets, load dump and LV 124 procedures.

Internal-resistance simulation

Internal-resistance simulation is one of the additional test functions supported by the series.

Typical applications

The available voltage and current classes cover applications ranging from low-impedance component powering to high-voltage assembly testing.

Automotive and e-mobility testing

Powering and immunity testing of ECUs, vehicle electronics and further 12 V or 24 V components using integrated vehicle profiles.

Production and end-of-line testing

Reproducible powering of assemblies in automated stations using sequence control, remote access and programmable protection limits.

DC/DC converters and power supplies

Generation of defined input voltages, ramps and transient conditions for functional and limit testing of power-conversion assemblies.

Power semiconductors and components

Controlled DC powering for characterisation, endurance and production testing of semiconductor modules, connectors and wiring harnesses.

Automatic test equipment

Integration into networked or multi-instrument test environments via LAN, serial interfaces, CAN and programmable sequences.

Aerospace and defence electronics

Powering and validation of electrical components using programmable limits, sequences and model-dependent high-voltage output ranges.

Interfaces, software and automation

Function	Availability	Technical use
LAN	Standard	Ethernet communication and PC connection; factory IP address 192.168.0.123.
RS232	Standard	Serial point-to-point remote control with selectable baud rate.
RS485	Standard	Serial bus communication, including a switchable 120 Ω termination resistor on applicable versions.
CAN	Standard	CAN communication supports adjustable device IDs and baud rates, as well as CANopen and CAN DBC.
SCPI and Modbus RTU	Supported	Programmatic control and integration into automated test and production systems.
Remote sense	Standard	Four-wire voltage sensing directly at the DUT to compensate voltage drops across the output leads.
COM2 analogue interface	Optional, model-dependent	Analogue setpoint programming, analogue monitor outputs and digital inputs and outputs, including interlock control.
PC software	Available	Configuration, V/I, CP, charging and sequence operation, waveform settings, CSV import/export and data logging.

The optional external analogue interface is not supported by half-width 1U models with output voltages above 80 V. Its availability depends on the selected model.

Parallel operation and scaling

Instruments of the same model can be connected in parallel to increase available output power and current. Positive and negative power terminals are connected in common, while communication between the units is provided through COM1 or, on suitably equipped versions, the dedicated PARA port.

Centralised setpoint control

One instrument acts as the master, distributes programmed values and collects measurement and status data from the slave instruments.

Common voltage regulation

When remote sensing is used, only the S+ and S− terminals of the master instrument are connected to the load sensing point.

Slave addresses must be unique and assigned in ascending order. Up to eight identical N362100-20-1100 units can be operated in parallel.

Installation and infrastructure

Parameter	Configuration	Planning requirement
AC input	Model-dependent 220 V AC ±10% or 340–480 V AC, 47–63 Hz	Supply type, input current and circuit protection must be selected for the individual model.
10 kW models	Three-phase input in the 340–480 V AC range	L1, L2, L3, N and PE must be connected according to the instrument markings.
Housing formats	Half-width 1U, full-width 19-inch 1U or full-width 19-inch 2U	Half-width instruments can be used on a bench or fitted into a rack with suitable mounting accessories.
Dimensions	Width 214 or 428 mm; model-dependent depth approximately 390 to 687.2 mm including output shield	Additional room is required for power cables, the output cover and cooling airflow.
Weight	Approximately 4.3 to 30 kg depending on model	Rack shelves and support rails must be rated for the selected configuration.
Cooling	Air-cooled	Air inlets and outlets must remain unobstructed.
Operating temperature	0 to 40 °C	Rack systems must provide adequate removal of the generated heat.
Environment	5 to 90% relative humidity, non-condensing; altitude below 2,000 m	The instrument is not intended for explosive, wet or condensing environments.

Protection and safety functions

Over- and undervoltage

OVP and UVP monitor output voltage, with configurable ready and delay times provided for undervoltage protection.

Current monitoring

OCP and UCP disable the output when the configured upper or lower current threshold is exceeded for the defined duration.

Power protection

Overpower protection monitors delivered output power and responds after the configured protection delay.

Overtemperature protection

The output is disabled and a protection message is displayed when the internal temperature threshold is exceeded.

Foldback protection

An unintended change of regulation state can trigger output shutdown after a configurable delay.

Parallel fault detection

Loss of communication with a slave instrument causes an output shutdown and fault indication during parallel operation.

N36200 series FAQ

How is the appropriate model selected?

Selection depends on the required voltage, maximum current and power at the actual operating point, together with AC input, housing format and interface requirements.

Can the N36200 absorb energy?

The series operates as a programmable DC power supply without bidirectional sinking as a specified N36200 function.

Which regulation modes are available?

Constant-voltage, constant-current and constant-power modes are supported. The voltage or current control loop can also be prioritised.

Can automated test profiles be generated?

Yes. The instrument supports up to ten sequence files, each containing as many as 1,000 programmed steps.

Which automotive test profiles are included?

Available profiles include short voltage drop, voltage reset, starting and load dump according to ISO 16750-2, together with E-04 and E-07 profiles from LV 124.

Can multiple instruments be connected in parallel?

Yes, provided that all units are the same model. One instrument is configured as the master and all slave instruments receive unique addresses.

Which interfaces are fitted as standard?

LAN, RS232, RS485, CAN and remote sensing are available. The COM2 analogue and digital interface is optional and not available for every variant.

Which AC supply is required?

This depends on the selected model. Many variants use 220 V AC ±10%, while the 10 kW models require a three-phase input from 340 to 480 V AC.

Technical consultation and project enquiry

Correct selection depends not only on maximum ratings but also on the required voltage-current operating point, dynamic behaviour, AC input and integration into the test system.

ET System supports model selection, parallel scaling, interface configuration and integration into laboratory, ATE and production systems.

Contact ET System for technical consultation

Downloads

N36200 series overview

Key benefits

High power density

Up to 5 kW is available in a 1U housing, with ratings up to 2.5 kW offered in a half-width 19-inch format.

Broad model range

Voltage classes from 20 V to 1,500 V and currents up to 1,100 A enable application-specific instrument selection.

Accurate setpoint control

Voltage accuracy is ≤0.03% + 0.02% F.S.; current accuracy is specified as ≤0.1% + 0.1% F.S.

Fast control response

Many low-voltage variants provide rise times down to ≤10 ms, while the exact dynamic values depend on the selected model.

Remote sensing

Four-wire sensing regulates voltage at the DUT and compensates voltage drops across long or high-current connection leads.

Parallel power expansion

Instruments of the same model can be operated in a master-slave configuration with common control and readback.

Operating principle and output control

Voltage priority

Prioritising the voltage control loop supports a fast, smooth voltage rise when powering sensitive low-voltage circuits.

Current priority

For low-impedance DUTs or charging tasks, current priority helps reduce output-current overshoot.

Models and technical specifications

The portfolio includes low-voltage, high-current instruments as well as variants rated for 360 V, 750 V and 1,500 V. The series is available in the following model configurations.

Model	Power	Voltage	Current	Housing
N36205-40-50	500 W	0–40 V	0–50 A	1U, half-width 19 inch
N36205-80-25	500 W	0–80 V	0–25 A	1U, half-width 19 inch
N36209-40-50	900 W	0–40 V	0–50 A	1U, half-width 19 inch
N36209-80-25	900 W	0–80 V	0–25 A	1U, half-width 19 inch
N36210-80-60	1,000 W	0–80 V	0–60 A	1U, half-width 19 inch
N36210-1500-01	1,000 W	0–1,500 V	0–1 A	1U, half-width 19 inch
N36212-80-42	1,200 W	0–80 V	0–42 A	1U, half-width 19 inch
N36212-80-60	1,200 W	0–80 V	0–60 A	1U, half-width 19 inch
N36216-40-80	1,600 W	0–40 V	0–80 A	1U, half-width 19 inch
N36216-80-42	1,600 W	0–80 V	0–42 A	1U, half-width 19 inch
N36216-80-80	1,600 W	0–80 V	0–80 A	1U, half-width 19 inch
N36216-360-20	1,600 W	0–360 V	0–20 A	1U, half-width 19 inch
N36216-750-04	1,600 W	0–750 V	0–4 A	1U, half-width 19 inch
N36216-1500-02	1,600 W	0–1,500 V	0–2 A	1U, 19 inch
N36225-20-275	2,500 W	0–20 V	0–275 A	1U, half-width 19 inch
N36225-40-135	2,500 W	0–40 V	0–135 A	1U, half-width 19 inch
N36225-80-80	2,500 W	0–80 V	0–80 A	1U, half-width 19 inch
N36225-80-120	2,500 W	0–80 V	0–120 A	1U, 19 inch
N36225-360-20	2,500 W	0–360 V	0–20 A	1U, half-width 19 inch
N36225-360-35	2,500 W	0–360 V	0–35 A	1U, 19 inch
N36225-750-04	2,500 W	0–750 V	0–4 A	1U, half-width 19 inch
N36232-80-160	3,200 W	0–80 V	0–160 A	1U, 19 inch
N36232-360-40	3,200 W	0–360 V	0–40 A	1U, 19 inch
N36232-1500-04	3,200 W	0–1,500 V	0–4 A	1U, 19 inch
N36235-20-350	3,500 W	0–20 V	0–350 A	1U, 19 inch
N36250-20-550	5,000 W	0–20 V	0–550 A	1U, 19 inch
N36250-40-275	5,000 W	0–40 V	0–275 A	1U, 19 inch
N36250-80-160	5,000 W	0–80 V	0–160 A	1U, 19 inch
N36250-360-40	5,000 W	0–360 V	0–40 A	1U, 19 inch
N362100-20-1100	10,000 W	0–20 V	0–1,100 A	2U, 19 inch
N362100-40-550	10,000 W	0–40 V	0–550 A	2U, 19 inch

Dynamic performance and regulation

Short recovery time

Selected 80 V variants recover within ≤1 ms following a load transition from 10% to 90%.

Adjustable transitions

Voltage and current rise settings support defined switch-on behaviour and DUT-specific supply profiles.

Low output ripple

Model-specific ripple and noise values are specified according to the selected voltage and current class.

Operating modes and programmable functions

CV and CC operation

Voltage and current limits are programmed, with automatic transition between voltage and current regulation according to the operating point.

Constant-power mode

The instrument adjusts voltage and current within configured upper limits to maintain a programmed output power.

Sequence operation

Up to ten sequence files with as many as 1,000 steps each reproduce time-dependent voltage and current profiles.

Programmable charging test

Charging can be terminated automatically by elapsed time, voltage, current or transferred capacity.

Vehicle supply profiles

Recallable profiles simulate short voltage drops, starting events, voltage resets, load dump and LV 124 procedures.

Internal-resistance simulation

Internal-resistance simulation is one of the additional test functions supported by the series.

Typical applications

The available voltage and current classes cover applications ranging from low-impedance component powering to high-voltage assembly testing.

Automotive and e-mobility testing

Powering and immunity testing of ECUs, vehicle electronics and further 12 V or 24 V components using integrated vehicle profiles.

Production and end-of-line testing

Reproducible powering of assemblies in automated stations using sequence control, remote access and programmable protection limits.

DC/DC converters and power supplies

Generation of defined input voltages, ramps and transient conditions for functional and limit testing of power-conversion assemblies.

Power semiconductors and components

Controlled DC powering for characterisation, endurance and production testing of semiconductor modules, connectors and wiring harnesses.

Automatic test equipment

Integration into networked or multi-instrument test environments via LAN, serial interfaces, CAN and programmable sequences.

Aerospace and defence electronics

Powering and validation of electrical components using programmable limits, sequences and model-dependent high-voltage output ranges.

Interfaces, software and automation

Function	Availability	Technical use
LAN	Standard	Ethernet communication and PC connection; factory IP address 192.168.0.123.
RS232	Standard	Serial point-to-point remote control with selectable baud rate.
RS485	Standard	Serial bus communication, including a switchable 120 Ω termination resistor on applicable versions.
CAN	Standard	CAN communication supports adjustable device IDs and baud rates, as well as CANopen and CAN DBC.
SCPI and Modbus RTU	Supported	Programmatic control and integration into automated test and production systems.
Remote sense	Standard	Four-wire voltage sensing directly at the DUT to compensate voltage drops across the output leads.
COM2 analogue interface	Optional, model-dependent	Analogue setpoint programming, analogue monitor outputs and digital inputs and outputs, including interlock control.
PC software	Available	Configuration, V/I, CP, charging and sequence operation, waveform settings, CSV import/export and data logging.

The optional external analogue interface is not supported by half-width 1U models with output voltages above 80 V. Its availability depends on the selected model.

Parallel operation and scaling

Centralised setpoint control

One instrument acts as the master, distributes programmed values and collects measurement and status data from the slave instruments.

Common voltage regulation

When remote sensing is used, only the S+ and S− terminals of the master instrument are connected to the load sensing point.

Slave addresses must be unique and assigned in ascending order. Up to eight identical N362100-20-1100 units can be operated in parallel.

Installation and infrastructure

Parameter	Configuration	Planning requirement
AC input	Model-dependent 220 V AC ±10% or 340–480 V AC, 47–63 Hz	Supply type, input current and circuit protection must be selected for the individual model.
10 kW models	Three-phase input in the 340–480 V AC range	L1, L2, L3, N and PE must be connected according to the instrument markings.
Housing formats	Half-width 1U, full-width 19-inch 1U or full-width 19-inch 2U	Half-width instruments can be used on a bench or fitted into a rack with suitable mounting accessories.
Dimensions	Width 214 or 428 mm; model-dependent depth approximately 390 to 687.2 mm including output shield	Additional room is required for power cables, the output cover and cooling airflow.
Weight	Approximately 4.3 to 30 kg depending on model	Rack shelves and support rails must be rated for the selected configuration.
Cooling	Air-cooled	Air inlets and outlets must remain unobstructed.
Operating temperature	0 to 40 °C	Rack systems must provide adequate removal of the generated heat.
Environment	5 to 90% relative humidity, non-condensing; altitude below 2,000 m	The instrument is not intended for explosive, wet or condensing environments.

Protection and safety functions

Over- and undervoltage

OVP and UVP monitor output voltage, with configurable ready and delay times provided for undervoltage protection.

Current monitoring

OCP and UCP disable the output when the configured upper or lower current threshold is exceeded for the defined duration.

Power protection

Overpower protection monitors delivered output power and responds after the configured protection delay.

Overtemperature protection

The output is disabled and a protection message is displayed when the internal temperature threshold is exceeded.

Foldback protection

An unintended change of regulation state can trigger output shutdown after a configurable delay.

Parallel fault detection

Loss of communication with a slave instrument causes an output shutdown and fault indication during parallel operation.

N36200 series FAQ

How is the appropriate model selected?

Selection depends on the required voltage, maximum current and power at the actual operating point, together with AC input, housing format and interface requirements.

Can the N36200 absorb energy?

The series operates as a programmable DC power supply without bidirectional sinking as a specified N36200 function.

Which regulation modes are available?

Constant-voltage, constant-current and constant-power modes are supported. The voltage or current control loop can also be prioritised.

Can automated test profiles be generated?

Yes. The instrument supports up to ten sequence files, each containing as many as 1,000 programmed steps.

Which automotive test profiles are included?

Available profiles include short voltage drop, voltage reset, starting and load dump according to ISO 16750-2, together with E-04 and E-07 profiles from LV 124.

Can multiple instruments be connected in parallel?

Yes, provided that all units are the same model. One instrument is configured as the master and all slave instruments receive unique addresses.

Which interfaces are fitted as standard?

LAN, RS232, RS485, CAN and remote sensing are available. The COM2 analogue and digital interface is optional and not available for every variant.

Which AC supply is required?

This depends on the selected model. Many variants use 220 V AC ±10%, while the 10 kW models require a three-phase input from 340 to 480 V AC.

Technical consultation and project enquiry

Correct selection depends not only on maximum ratings but also on the required voltage-current operating point, dynamic behaviour, AC input and integration into the test system.

ET System supports model selection, parallel scaling, interface configuration and integration into laboratory, ATE and production systems.

Contact ET System for technical consultation

Downloads "N36200"

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N36200 – Wide-Range Programmable DC Power Supply up to 10 kW in 2 U

For automated test stations, laboratory setups and production lines requiring reproducible power profiles.

Personal project consultation

Description

N36200 series overview

Key benefits

High power density

Broad model range

Accurate setpoint control

Fast control response

Remote sensing

Parallel power expansion

Operating principle and output control

Voltage priority

Current priority

Models and technical specifications

Dynamic performance and regulation

Short recovery time

Adjustable transitions

Low output ripple

Operating modes and programmable functions

CV and CC operation

Constant-power mode

Sequence operation

Programmable charging test

Vehicle supply profiles

Internal-resistance simulation

Typical applications

Automotive and e-mobility testing

Production and end-of-line testing

DC/DC converters and power supplies

Power semiconductors and components

Automatic test equipment

Aerospace and defence electronics

Interfaces, software and automation

Parallel operation and scaling

Centralised setpoint control

Common voltage regulation

Installation and infrastructure

Protection and safety functions

Over- and undervoltage

Current monitoring

Power protection

Overtemperature protection

Foldback protection

Parallel fault detection

N36200 series FAQ

How is the appropriate model selected?

Can the N36200 absorb energy?

Which regulation modes are available?

Can automated test profiles be generated?

Which automotive test profiles are included?

Can multiple instruments be connected in parallel?

Which interfaces are fitted as standard?

Which AC supply is required?

Technical consultation and project enquiry

Product variants

Filter products

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