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Automotive Electronic Programmable Power Supply G-PS400

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Standards:

Applications:

Used for automotive electronic electrical performance testing.

Automotive components, complete vehicles, military industry, scientific research.


Product Information:

The automotive electronic programmable power supply is a high-precision test power source designed for automotive electrical performance testing. It is widely used in automotive components, complete vehicles, military applications, and scientific research. The system supports 12V/24V testing with an output range of -40V to +40V, featuring four-quadrant bipolar output and arbitrary waveform editing to simulate complex voltage conditions. Built-in OEM standards, along with remote control and data import functions, make it ideal for reliability and compatibility testing of vehicle systems and electronic components.

Compliance Standards

ISO 16750-2. GB/T 28046.2. FMC 1278 , VW 80000 , LV 124 / GMW3172 , VS-00.35-L-10008 , Nissan 28400. Audi (Reference Vehicles) , Ford EMC-CS-2009.1 , BMW GS 95024. MBN LV 124-1 , Toyota TSC series, Volvo EMC Requirements , SMTC 3800 001. Q/BYDQ-A1901.707.2-2018. NIO-TP.20.003-2019. Q SQR ST8-20-2021. QJLY J7111029D-2022. Other OEM standard requirements

Technical Specifications

Parameter

G-PS400

G-PS400A

G-PS400B

Output Voltage

-40V ~ +40V (Four-Quadrant Bipolar)

Output Current (Optional)

10A, 30A, 50A, 100A, 200A (Based on user requirements)

Transient Current

2x Rated Current (1ms~10ms) or Customized

Short Circuit Protection

Supported

Output Voltage Accuracy

≤0.1V

Output Voltage Resolution

<2mV

Source Impedance (Ri​)

0mΩ∼500mΩ Adjustable. Supports external resistance to meet OEM standards.

Impedance Resolution

1mΩ

Source Impedance Accuracy

≤±5%

Output Voltage Frequency

DC ~ 300kHz

DC ~ 200kHz

DC ~ 100kHz

Max. Voltage Amplitude (Vpp​)

30Vpp @ 100kHz, 15Vpp @ 200kHz, 9Vpp @ 300kHz

Output Frequency Accuracy

≤±1%

Sine Frequency Output Mode

Fixed, Linear, Logarithmic

Voltage Rise/Fall Time

≤10μs

Voltage Slew Rate

Approx. 12V/μs

Ripple & Noise

<0.1Vpp

Max. Output Power

400W ~ 8000W (Based on user requirements)

Arbitrary Waveform Generator

Built-in

Power Amplifier

Built-in

Amplification Ratio

1 : 10

Waveform Editing

Supports DC, Sine, Square, Triangle, Exponential, Sine Sweep, Square Sweep, etc.

Min. Editable Time Step

5μs

10μs

10μs

Arbitrary Waveform Editing

Excel, PC-side Host Software, Touchscreen Interface

Waveform Point Capacity

≤16.000.000 points

Point-to-Point Time Interval

Min. 0.1μs

Editing Software

Included as Standard

Waveform File Formats

Excel, CSV

Oscilloscope Data Import

Supported

Oscilloscope Data Format

CSV

Max. Importable Capacity

16M

Bandwidth

300kHz

Over-temperature Protection

Supported

Secondary Development

Supports Signal Triggering, RS485 Programming; Optional NI488 (GPIB) Programming

Interfaces

HDMI, USB, RS485. Ethernet (LAN)

Interface Functionality

Supports HD Screen Casting, Mouse & Keyboard Control, and more

Operating Environment

Temperature: 10°C to 40°C; Humidity: 30% to 70%

Input Power Supply

AC: 110V/220V @ 50Hz/60Hz

Physical Dimensions

4U / 19" Standard Rackmount Chassis (Dimensions vary for units > 50A)

Weight

Approx. 19kg (based on 50A model)

Model Specifications & Configurations

Model

Voltage Range

Max. Operating Current

External Dimensions

G-PS401

±40V

10A

4U / 19" Standard Chassis

G-PS403

±40V

30A

4U / 19" Standard Chassis

G-PS405

±40V

50A

2 * 4U / 19" Standard Chassis

G-PS410

±40V

100A

27U Cabinet

G-PS420

±40V

200A

27U Cabinet

Functional Features

Supports 12 V and 24 V system testing

Output voltage range: -40 V to +40 V

Adjustable source impedance: 0–500 mΩ

Four-quadrant bipolar output

Supports arbitrary waveform editing

Sine waveform frequency up to 300 kHz

Supports RS485 and Ethernet remote control

Real-time display of voltage and current

10.1-inch intelligent capacitive touchscreen display

Real-time waveform display on screen

Voltage data can be edited in Excel and imported for waveform reproduction

Very low ripple and noise

High load driving capability

Built-in automotive OEM standards

Automatic report saving

Point-by-point waveform editing supported

Waveform cloning supported

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