Resolution Na Level Battery Simulator Used for Tws Earphone RF System Test
China Resolution Na Level Battery Simulator Used for Tws Earphone RF System Test, Find details about China Battery Simulator, Bidirectional DC Test Power Supply from Resolution Na Level Battery Simulator Used for Tws Earphone RF System Test
Basic Info.
Model NO.
N8352
Current
1A/2A/3A/5A
Voltage
6V/15V/20V
Voltage Accuracy
0.01%+1mv
Current Accuracy
1μa+2D
Operation Mode
Power, Battery Simulation, Soc, Seq
Balancing Test
Active/Passive Balancing Test
Trademark
NGI
Transport Package
Carton
Specification
2U height, half 19 inch width
Origin
China
HS Code
9030849000
Model NO.
N8352
Current
1A/2A/3A/5A
Voltage
6V/15V/20V
Voltage Accuracy
0.01%+1mv
Current Accuracy
1μa+2D
Operation Mode
Power, Battery Simulation, Soc, Seq
Balancing Test
Active/Passive Balancing Test
Trademark
NGI
Transport Package
Carton
Specification
2U height, half 19 inch width
Origin
China
HS Code
9030849000
Product Desciption
Resolution nA Level Battery Simulator Used for TWS Earphone RF System Test
N8352 Series High-accuracy Dual-channel Programmable Battery Simulator
Battery emulators are used to emulate a battery rather than using a real battery, which dramatically reduces testing time, provides highly repeatable test results, and creates a safer test environment.
Product Introduction
N8352 series is specially designed for the R&D and test of portable battery-operated products, such as Bluetooth headsets, mobiles, AR/VR smart terminals, electric tools, etc. The current flows in both directions and can be used as either a power supply or a load. N8352 is easy to use with touch screen and UI design. The output features are comparable to actual batteries, with fast dynamic response, no overshoot in voltage rise and fall, and stable waveform.
The resolution is up to μA level, which can test the static power consumption. N8352 can be widely used in consumer electronics testing.
Application Fields
1.R&D and test of portable battery-operated products
2.BMS test and CMS test
3.Other battery-operated products manufacturing test
4.R&D and test of charge & discharge protection board
5.Power supply to small digital wireless devices
Main Features
*Voltage range: 0-6V/0-15V/0-20V
*Current range: -1~1A/-2~2A/-3~3A/-5~5A
*Variable output impedance
*Ultra-high accuracy and ultra-high resolution
*Four-wire system test function
*Voltage gradient regulation and over current protection
*Ultra-fast dynamic response without overshoot High definition touch screen
N8352 Main Functions
Power Mode
As a dual-channel power supply, users can set output voltage and output current limit value on N8352. N8352 provides multiple current ranges which can improve the output and measurement accuracy.
Battery Simulation
N8352 dual channels provide independent setting of initial voltage, internal resistance, battery capacity and other related parameters, and readback in real time. It can be used to solve the difficulty of parameter uncontrollability for real battery in test and to improve test efficiency.
Fault Simulation
N8352 provides the following fault states: positive & negative polarity open circuit, reverse polarity connection and short circuit.
Current flowing in both directions to make N8352 both a power supply and a load
The current flows in both directions. N8352 can both suck and output current. The output terminal has a switch module, which can physically disconnect from the external circuit in the closed state.
Variable output impedance allowing battery internal resistance simulation
N8352 has the battery internal resistance simulation function, and supports resistance value programming. The programmable range is 0-1Ω, which can emulate the variation graph consistent with the real battery internal resistance characteristics.
Ultra-fast transient response without overshoot
N8352 series can ensure there is no overshoot in voltage changes under no-load or loading condition, preventing damage to the DUT due to voltage overcharge and over discharge. It can avoid bad effect to product quality. This feature can meet the demand for product test with strict power requirements.
Application--Mobile Test
Most consumer electronics are powered by Li-ion battery, especially smartphones. Battery life issues become prominent. Battery test regulation are becoming stricter. Compared with real battery, it has the following advantages to apply battery simulator. It can emulate the battery change graph and shorten the test cycle. The reliability of test data can be improved by repeated test on a given model.
Both channels of N8352 can charge and discharge. Thus either channel can be used as a power supply, connecting to mobile power terminal. The other channel can be used as a battery, connecting to mobile battery terminal. Both charging and discharging performance can be tested without changing the cables. A single N8352 can be used to test a charge & discharge protection board without additional switches, which greatly reduces the complexity of the test system and improves testing stability and efficiency.
Advantages of battery simulation VS real batteries
Exhibitions
Product Line
N8352 Series High-accuracy Dual-channel Programmable Battery Simulator
Battery emulators are used to emulate a battery rather than using a real battery, which dramatically reduces testing time, provides highly repeatable test results, and creates a safer test environment.
Product Introduction
N8352 series is specially designed for the R&D and test of portable battery-operated products, such as Bluetooth headsets, mobiles, AR/VR smart terminals, electric tools, etc. The current flows in both directions and can be used as either a power supply or a load. N8352 is easy to use with touch screen and UI design. The output features are comparable to actual batteries, with fast dynamic response, no overshoot in voltage rise and fall, and stable waveform.
The resolution is up to μA level, which can test the static power consumption. N8352 can be widely used in consumer electronics testing.
Application Fields
1.R&D and test of portable battery-operated products
2.BMS test and CMS test
3.Other battery-operated products manufacturing test
4.R&D and test of charge & discharge protection board
5.Power supply to small digital wireless devices
Main Features
*Voltage range: 0-6V/0-15V/0-20V
*Current range: -1~1A/-2~2A/-3~3A/-5~5A
*Variable output impedance
*Ultra-high accuracy and ultra-high resolution
*Four-wire system test function
*Voltage gradient regulation and over current protection
*Ultra-fast dynamic response without overshoot High definition touch screen
N8352 Main Functions
Power Mode
As a dual-channel power supply, users can set output voltage and output current limit value on N8352. N8352 provides multiple current ranges which can improve the output and measurement accuracy.
Battery Simulation
N8352 dual channels provide independent setting of initial voltage, internal resistance, battery capacity and other related parameters, and readback in real time. It can be used to solve the difficulty of parameter uncontrollability for real battery in test and to improve test efficiency.
Fault Simulation
N8352 provides the following fault states: positive & negative polarity open circuit, reverse polarity connection and short circuit.
Current flowing in both directions to make N8352 both a power supply and a load
The current flows in both directions. N8352 can both suck and output current. The output terminal has a switch module, which can physically disconnect from the external circuit in the closed state.
Variable output impedance allowing battery internal resistance simulation
N8352 has the battery internal resistance simulation function, and supports resistance value programming. The programmable range is 0-1Ω, which can emulate the variation graph consistent with the real battery internal resistance characteristics.
Ultra-fast transient response without overshoot
N8352 series can ensure there is no overshoot in voltage changes under no-load or loading condition, preventing damage to the DUT due to voltage overcharge and over discharge. It can avoid bad effect to product quality. This feature can meet the demand for product test with strict power requirements.
Application--Mobile Test
Most consumer electronics are powered by Li-ion battery, especially smartphones. Battery life issues become prominent. Battery test regulation are becoming stricter. Compared with real battery, it has the following advantages to apply battery simulator. It can emulate the battery change graph and shorten the test cycle. The reliability of test data can be improved by repeated test on a given model.
Both channels of N8352 can charge and discharge. Thus either channel can be used as a power supply, connecting to mobile power terminal. The other channel can be used as a battery, connecting to mobile battery terminal. Both charging and discharging performance can be tested without changing the cables. A single N8352 can be used to test a charge & discharge protection board without additional switches, which greatly reduces the complexity of the test system and improves testing stability and efficiency.
Advantages of battery simulation VS real batteries
- Suitable for any battery model
- Static power consumption test
- Variable internal resistance output function
- Built-in fault simulation
- The initial point of battery simulation can be set arbitrarily.
- Powerful protection functions, without battery safety hazards and risks
Exhibitions
Product Line
| Model | N8352A | N8352B | N8352C | ||
| Current | ±1A/CH | ±2A/CH | ±3A/CH | ||
| Voltage | 6V/CH | 6V/CH | 6V/CH | ||
| Power | 6W/CH | 12W/CH | 18W/CH | ||
| Channels | 2CH | ||||
| CV Mode | |||||
| Range | 0~6V | ||||
| Setting Resolution | 0.1mV | ||||
| Setting Accuracy (23±5ºC) | 0.01%+1mV | ||||
| Readback Resolution | 0.1mV | ||||
| Readback Accuracy(23±5ºC) | 0.01%+1mV | ||||
| Output Voltage Settling Time | ≤10ms | ||||
| Load Regulation | 0.01%+1mV | ||||
| Line Regulation | 0.01%+0.1mV | ||||
| Ripple Noise (20Hz-20MHz) | 2mVrms | ||||
| Temperature Coefficient(0~40ºC) | 25ppm/ºC | ||||
| Current Measurement | |||||
| Range 1 | |||||
| Range | -1~1A | -2~2A | -3~3A | ||
| Resolution | 0.1mA | ||||
| Accuracy (23±5ºC) | 1mA+2d | 2mA+2d | 3mA+2d | ||
| Temperature Coefficient(0~40ºC | 50ppm/ºC | ||||
| Range 2 | |||||
| Range | -100~100mA | -200~200mA | -300~300mA | ||
| Resolution | 10μA | ||||
| Accuracy (23±5ºC) | 100μA+2d | 200μA+2d | 300μA+2d | ||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| Range 3 | |||||
| Range | -1~1mA | ||||
| Resolution | 0.1μA | ||||
| Accuracy (23±5ºC) | 1μA+2d | ||||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| Current Protection Limit | |||||
| Range | -1~1A | -2~2A | -3~3A | ||
| Setting Resolution | 0.1mA | ||||
| Setting Accuracy (23±5ºC) | 1mA+2d | 2mA+2d | 3mA+2d | ||
| Ripple Noise (20Hz-20MHz) | <3mArms | <3mArms | <5mArms | ||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| DVM Function | |||||
| Channels | 2CH | Measurement Accuracy | ±0.01%F.S. | ||
| Voltage Range | -30V~+30V | Measurement Frequency | 4Hz | ||
| Measurement Resolution | 0.1mV | Input Impedance | 2MΩ | ||
| Terminal | Pluggable terminal | Temperature Coefficient (0~40ºC) | 30ppm/ºC | ||
| Dynamic Characteristics | |||||
| Voltage Rise Time (10%-90%F.S. Variation Time) | <40μs ( no load ) | Voltage Rise Time (10%-90%F.S. Variation Time) | <40μs ( pure resistive full load ) | ||
| Voltage Fall Time (90%-10%F.S. Variation Time) | <100μs ( no load ) | Voltage Fall Time (90%-10%F.S. Variation Time) | <100μs ( pure resistive full load ) | ||
| Transient Voltage Drop 1 | 200mV | 2 Transient Recovery Time | <100μs | ||
| Others | |||||
| Communication Response Time | ≤10ms | ||||
| Interface | LAN/RS232 | ||||
| AC Input | Single phase, 220V AC±10%, current <2A, frequency 47Hz~63Hz | ||||
| Temperature | Operating temperature: 0ºC~40ºC, storage temperature: -20ºC~60ºC | ||||
| Operating Environment | Altitude <2000m, relative humidity: 5%~90%RH(non-condensing), atmospheric pressure: 80~110kPa | ||||
| Dimension | 2U, 88(H)*214(W)*388(D)mm | Net Weight | Approx. 3.5kg | ||
| Model | N8352D | N8352E | N8352F | ||
| Current | ±5A/CH | ±1A/CH | ±3A/CH | ||
| Voltage | 15V/CH | 20V/CH | 20V/CH | ||
| Power | 75W/CH | 20W/CH | 60W/CH | ||
| Channels | 2CH | ||||
| CV Mode | |||||
| Range | 0~15V | 0~20V | |||
| Setting Resolution | 0.1mV | ||||
| Setting Accuracy (23±5ºC) | 0.01%+3mV | 0.01%+4mV | |||
| Readback Resolution | 0.1mV | ||||
| Readback Accuracy(23±5ºC) | 0.01%+3mV | 0.01%+4mV | |||
| Output Voltage Settling Time | ≤10ms | ||||
| Load Regulation | 0.01%+2mV | ||||
| Line Regulation | 0.01%+0.2mV | ||||
| Ripple Noise (20Hz-20MHz) | 5mVrms | 7mVrms | |||
| Temperature Coefficient(0~40ºC) | 25ppm/ºC | ||||
| Current Measurement | |||||
| Range 1 | |||||
| Range | -5~5A | -1~1A | -3~3A | ||
| Resolution | 0.1mA | ||||
| Accuracy (23±5ºC) | 5mA+2d | 1mA+2d | 3mA+2d | ||
| Temperature Coefficient(0~40ºC | 50ppm/ºC | ||||
| Range 2 | |||||
| Range | -500~500mA | -100~100mA | -300~300mA | ||
| Resolution | 10μA | ||||
| Accuracy (23±5ºC) | 500μA+2d | 100μA+2d | 300μA+2d | ||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| Range 3 | |||||
| Range | -1~1mA | ||||
| Resolution | 0.1μA | ||||
| Accuracy (23±5ºC) | 1μA+2d | ||||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| Current Protection Limit | |||||
| Range | -5~5A | -1~1A | -3~3A | ||
| Setting Resolution | 0.1mA | ||||
| Setting Accuracy (23±5ºC) | 5mA+2d | 1mA+2d | 3mA+2d | ||
| Ripple Noise (20Hz-20MHz) | <8mArms | <3mArms | <5mArms | ||
| Temperature Coefficient(0~40ºC) | 50ppm/ºC | ||||
| DVM Function | |||||
| Channels | 2CH | Measurement Accuracy | ±0.01%F.S. | ||
| Voltage Range | -30V~+30V | Measurement Frequency | 4Hz | ||
| Measurement Resolution | 0.1mV | Input Impedance | 2MΩ | ||
| Terminal | Pluggable terminal | Temperature Coefficient (0~40ºC) | 30ppm/ºC | ||
| Dynamic Characteristics | |||||
| Voltage Rise Time (10%-90%F.S. Variation Time) | <40μs ( no load ) | Voltage Rise Time (10%-90%F.S. Variation Time) | <40μs ( pure resistive full load ) | ||
| Voltage Fall Time (90%-10%F.S. Variation Time) | <100μs ( no load ) | Voltage Fall Time (90%-10%F.S. Variation Time) | <100μs ( pure resistive full load ) | ||
| Transient Voltage Drop 1 | 200mV | 2 Transient Recovery Time | <100μs | ||
| Others | |||||
| Communication Response Time | ≤10ms | ||||
| Interface | LAN/RS232 | ||||
| AC Input | Single phase, 220V AC±10%, current <2A, frequency 47Hz~63Hz | ||||
| Temperature | Operating temperature: 0ºC~40ºC, storage temperature: -20ºC~60ºC | ||||
| Operating Environment | Altitude <2000m, relative humidity: 5%~90%RH(non-condensing), atmospheric pressure: 80~110kPa | ||||
| Dimension | 2U, 88(H)*214(W)*388(D)mm | Net Weight | Approx. 3.5kg | ||
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