N8330 series ultra high precision multi-channel battery simulator

NegotiableUpdate on 05/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The N8330 series is a low-power, multi-channel, ultra high precision programmable single cell battery voltage simulator. It is also an ultra high precision multi-channel DC power supply, with a voltage accuracy of up to one in 60000. The single machine has up to 24 channels, and each channel is isolated from each other, making it convenient for multi-channel serial use. The N8330 series supports LAN and RS485 communication control, and the control software has multi-channel batch operation function. It supports setting the voltage and current of each channel separately, displaying data and curve charts separately, and supporting data analysis and reporting functions. The N8330 series software is flexible and easy to use, with simple operation, and can meet the testing needs in multi-channel, multi parameter, and complex testing environments.

Product Details

Product model

model	number of channels	voltage	current	power	communication interface	quadrant
N8330A	24	6V	1A	6W	LAN/RS485	Single quadrant	inquiry
N8330B	16	5V	2A	10W	LAN/RS485	Single quadrant	inquiry
N8330C	16	5V	3A	15W	LAN/RS485	Single quadrant	inquiry

*The above specifications are subject to change without prior notice

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Product features

Voltage range: 0~5V/0~6V
■Current range: 0~1A/0~2A/0~3A
■Ultra high precision, voltage accuracy up to one in 60000
■Fast dynamic response, voltage rise time less than 5ms
■Pure linear power supply, low ripple noise ≤ 2mVrms
■Voltage temperature coefficient 10ppm/℃
■Multi channel output, up to 24 channels per machine
■Channel isolation, supporting multi-channel series connection
Professional testing software that supports data report analysis
■ Standard LAN and RS485 communication interfaces

Features and Advantages

Ultra high integration, supporting up to 24 channels per machine

The N8330 series adopts a standard 19 inch 2U chassis, which can accommodate up to 24CH per unit. The channels are isolated from each other, and one device can test 24 workstations simultaneously, greatly reducing the amount of equipment used by users during testing and improving testing efficiency.

Ultra high voltage accuracy, meeting chip level testing requirements

In BMS chip level testing, BMS monitors the voltage of a single battery cell and needs to simulate the voltage accuracy of the battery cell to reach the μ V level. The N8330 series battery simulator has a basic voltage accuracy of 0.1mV and a voltage resolution of 10 μ V. It has been widely used in chip level testing requirements in the technical industry.

Support serial connection between channels to simulate the working state of battery packs

When multiple strings of battery cells are required, multiple battery simulators can be used in series with multiple channels. Users can also remotely control and perform other automatic testing applications through the Ethernet standard interface. Multi channel batch operation function, each channel can also display data and curve charts separately, and provide data analysis and reporting functions.

Ultra fast transient response without overshoot, comparable to real batteries

The advantage of low output noise truly presents the ripple free DC characteristics of battery cells. When the load dynamically changes, it can quickly provide stable DC output feedback, while reducing the damage to the test object caused by the surge voltage generated by load changes. For non static product testing applications, it can supply stable DC voltage in a timely manner.
N8330 series battery cell simulator, with fast programming response speed and load change capability of less than 3ms, simulates various real load current waveforms.

Four wire connection method eliminates the resistance of remote measurement leads

In order to ensure accurate voltage supply to the tested equipment, the N8330 series products adopt a four wire connection method, where two wires are used for output voltage and the other two ends directly measure the voltage of the tested equipment. The measurement line at the S E N S E end can eliminate the voltage drop caused by lead resistance between the power supply and DUT.

application field

■ Testing of New Energy Vehicles/Drones/Energy Storage BMS (Battery Management System) and CMS (Capacity Management System)

■ Research and testing of portable consumer electronics products, such as mobile phones, Bluetooth earphones, and smartwatches

■ Voltage collection equipment testing, such as fuel cell CVM voltage inspection module

Product dimensions

Options&Accessories

Accessories and Options

AC power cord

National standard 10A three plug, C13 type wire tail, 1.8m
Ethernet cable

2m