Automotive Battery Simulator N8361 with Internal Resistance Simulation for Electric Vehicle (EV) Testing

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Product Description

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Basic Info & Overview

Model NO.N8361
DisplayLCD Screen
Channel/Output2 Channels
Voltage20V
Current±10A
CommunicationLAN/RS232/Can
Voltage Accuracy0.1mv
Current Accuracy1μa
N8361 is a high-performance bidirectional battery simulator with power up to 180W, specifically designed for testing lithium batteries in the consumer electronics market. It supports power mode, charging mode, battery simulation, internal resistance simulation, SOC simulation, and fault simulation.
Battery Simulator Overview

Main Features

  • Voltage Range: 0~20V
  • Current Range: -10A~+10A
  • Power: Up to 200W per channel
  • Speed: Rise/fall time ≤50μs
  • Accuracy: Current up to 1μA
  • Integration: High precision DVM & Digital I/O

Application Fields

  • Battery protection board (BMS) test
  • Mobiles, bluetooth earphones, and smartwatches R&D
  • Power tools production testing
  • Wireless charging and DC-DC product testing

Functions & Advantages

Bidirectional Current Control

N8361 functions as both a power source and a load, allowing current to flow in both directions up to 10A.
Bidirectional Flow

Battery Internal Resistance Simulation

Features a programmable internal resistance range of 0-20Ω, emulating real-world battery characteristics accurately.
Internal Resistance Simulation

Product Dimensions

Product Dimensions

Certifications & Quality

Certifications 1
Certifications 2
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Frequently Asked Questions

What is the voltage range of the N8361?
The N8361 supports a voltage range from 0 to 20V, suitable for most consumer electronics battery testing.
Does the device support bidirectional current?
Yes, the current flows bidirectionally from -10A to +10A, allowing it to act as both a source and a load.
Can it simulate internal resistance?
Yes, it features programmable internal resistance simulation within a range of 0-20Ω.
What communication interfaces are available for integration?
The device is equipped with LAN, RS232, and CAN interfaces for easy system integration and programming.
What is the current measurement resolution?
The N8361 offers high-precision testing with a current accuracy up to 1μA.
What is the typical response time for voltage changes?
The voltage rise and fall time is exceptionally fast, maintaining a speed of ≤50μs.

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