Adapter Product Cases

1. Introduction

1.1 Power Supply Overview

This adapter has the feature such as high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac - 240Vac	60W	≥88%	≥30K hrs
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	5A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
69V	77V	299V	288V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 2A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 88%.

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum load	Max load	Peak load	Unit
Io	0.01	5	/	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output Voltage Deviation Range
10% - 100% - 10%	10%
10% - 50% - 10%	10%
50% - 100% - 50%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
Io	5.5	6.5	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃ - 40℃
Non - operating Ambient: -20℃ - +70℃

3.2 Humidity

Operating: 25% - 80% relative humidity (Non - condensing)
Non - operating: 10% - 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Applications

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter has the feature such as high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac - 240Vac	48W	≥87.8%	≥30K hrs
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	4A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
69V	77V	299V	288V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 2A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 87.8%.

2.1.8 Power Fowtor

/

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum load	Max load	Peak load	Unit
Io	0.01	4	/	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output Voltage Deviation Range
10% - 100% - 10%	10%
10% - 50 - 10%	10%
50% - 100% - 50% 10%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
Io	4.5	5.5	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃ - 40℃
Non - operating Ambient: -20℃ - +70℃

3.2 Humidity

Operating: 25% - 80% relative humidity (Non - condensing)
Non - operating: 10% - 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Applications

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter has the feature such as high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac - 240Vac	36W	≥87.4%	≥30K hrs
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	3A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
72V	78V	290V	279V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 1.2A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 87%.

2.1.8 Power fowtor

/

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum load	Max load	Peak load	Unit
Io	0.01	3	/	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output Voltage Deviation Range
10% - 100% - 10%	10%
10% - 50% - 10%	10%
50% - 100% - 50%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
Io	3.3	3.8	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0°C ~ 40°C
Non - operating Ambient: -20°C ~ +70°C

3.2 Humidity

Operating: 25% ~ 80% relative humidity (Non - condensing)
Non - operating: 10% ~ 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Application

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter has the feature such as high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac - 240Vac	30W	≥87.0%	≥30K hrs
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	2.5A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
72V	78V	290V	279V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 1.2A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 87%.

2.1.8 Power Fowtor

/

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum	Max load	Peak load	Unit
Io	0.01	2.5	/	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output Voltage Deviation Range
10% - 100% - 10%	10%
10% - 50% - 10%	10%
50% - 100% - 50%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
Io	2.8	3.2	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃ - 40℃
Non - operating Ambient: -20℃ - +70℃

3.2 Humidity

Operating: 25% - 80% relative humidity (Non - condensing)
Non - operating: 10% - 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Application

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter has the feature of high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac--240Vac	12W	≥83	≥30K Hours
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	1.0A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
67V	78V	294V	288V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 0.5A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 83%.

2.1.8 Power Fowtor

/

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum	Max load	Unit
Io	0.01	1.0	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output voltage deviation range
10% - 100% - 10%	10%
10% - 50% - 10%	10%
50% - 100% - 50% 10%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
V0	1.3	1.8	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃ - 40℃
Non - operating Ambient: -20℃ +70℃

3.2 Humidity

Operating: 25% - 80% relative humidity (Non - condensing)
Non - operating: 10% - 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Applications

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter has the feature such as high efficiency and high reliability, and it also has the protection: SCP /OCP and OVP, etc.

Table 1: Power Supply Overview

Input Voltage Range	Total Power	Efficiency	MTBF
100Vac~240Vac	18W	≥85%	≥30K hrs
Output	Regulation	Min. Current	Typ. Current
12V	±5% (full load)	0A	1.5A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout rated input voltage condition.

Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
69V	81V	295V	289V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within rated frequency condition.

Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when input the maximum voltage, inrush current ≤50A.

2.1.5 No Load Input Power

The no load input power should no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 1A, under minimum AC input and full load.

2.1.7 Efficiency

Average efficiency no less than 85%.

2.1.8 Power fowtor

/

2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC output voltage limits

Output	Min.	Typical	Max.	Unit
Vo	11.4	12	12.6	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors. The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.

Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC output current limits

Output	Minimum	Max load	Unit
Io	0.01	1.5	A

2.2.4 Output Ripple and Noise

The following table is output ripple and noise requirements, it will be met throughout the load ranges specified in Section 3.2.3 and under rate input voltage and rate input frequency conditions as specified Section 3.1.1, the oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.

Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output voltage deviation range
10%~100%~10%	10%
10%~50%~10%	10%
50%~100%~50% 10%	10%

2.2.6 Overshoot at turn - on/turn - off

Any overshoot at turn on or turn off shall be less than 10% of rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to components, connectors, etc. under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has OCP function, and without any damage during test, the unit shall recovery its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min Rated Output	Max Rated Output	Unit
Io	1.7	2.0	A

2.4 Timing

2.4.1 Start up Time

Start up time no more than 4 seconds at 115Vac/60Hz input, start up time no more than 3 seconds at 230Vac/50Hz input the output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃-40℃
Non-operating Ambient: - 20℃ - +70℃

3.2 Humidity

Operating: 25%-80% relative humidity (Non - condensing)
Non - operating: 10%-90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Applications

• Home smart camera
• Router adapter
• Wireless camera adapter
• LED light strip
• Optical cats, switches, LCD displays, radios, security systems, microprocessor systems, mobile devices, and more

1. Introduction

1.1 Power Supply Overview

This adapter features high efficiency and high reliability, and also has the protections of SCP / OCP and OVP, etc.

Table 1: Power Supply Overview

Input	Total Power	Efficiency	MTBF
100Vac ~ 240Vac	5W	≥74%	≥30K
Output	Regulation	Min. Current	Typ. Current
5V	±5% (full load)	0A	1.0A

2. Electrical Specification

2.1 AC Input

2.1.1 Input Voltage

Table 2: List the AC input operating voltage range. The power shall work normally and meet all electrical requirements throughout the rated input voltage condition.
Table 2: AC Input Voltage Limitations

Minimum	Rate	Maximum
90Vac	100Vac - 240Vac	264Vac

2.1.2 Input Protection Voltage

Table 3: AC Input Protection Voltage Limitations

Undervoltage Protection	Undervoltage Protection Restore	Overvoltage Protection	Overvoltage Protection Restore
60V	75V	300V	285V

2.1.3 Input Frequency

Table 4: List the AC input operating frequency range. The power shall work normally and meet all electrical requirements within the rated frequency condition.
Table 4: AC Input Frequency Limitations

Minimum	Rate	Maximum
47Hz	60Hz/50Hz	63Hz

2.1.4 Inrush Current

At 25℃, when inputting the maximum voltage, the inrush current ≤50A

2.1.5 No Load Input Power

The no load input power should be no more than 0.1W under the rated input voltage condition.

2.1.6 Input Current Limiting

The input current should be less than 0.2A under the minimum AC input and full load.

2.1.7 Efficiency

The average efficiency is no less than 74%.

2.1.8 Power Fowtor

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2.2 Output Specification

2.2.1 DC Output Voltage Range

Table 5: DC Output Voltage Limits

Output	Min.	Typical	Max.	Unit
Io	4.75	5	5.25	V

2.2.2 DC Voltage Regulation

The DC output voltages will remain within the regulation ranges shown in Table 6 when measured at the load end of the output connectors.
The voltage regulation limits do not include the transient DC load changes, which are covered in Section 3.2.5.
Table 6: DC Output Voltage Regulation Limits

Output	Line Regulation	Load Regulation
Vo	±5%	±10%

2.2.3 DC Output Current

Table 7: DC Output Current Limits

Output	Minimum Load	Max Load	Peak Load	Unit
Vo	0.01	1.0	/	A

2.2.4 Output Ripple and Noise

The following table 7 is the output ripple and noise requirements, which will be met throughout the load ranges specified in Section 3.2.3 and under the rated input voltage and rated input frequency conditions as specified in Section 3.1.1. The oscilloscope will be set to 20MHz bandwidth limit on measuring. The output terminal will be paralleled with one 0.1uF multilayer (type X7R) and one 10uF tantalum electrolytic (low ESR) capacitor.

Table 8: Output Ripples and Noise Limits

Output	Max.
Vo	250mV

2.2.5 Output Dynamic Load Response

The output voltages will remain within the specified regulation limit of the nominal set voltage for changes in load as specified below under the following load steps defined below table 8. At a slew rate of 0.1Amps/uS between 50Hz to 10 KHz.
Table 9: Output Dynamic Load Response Limits

Dynamic Load	Output Voltage Deviation Range
10% ~ 100% ~ 10%	10%
10% ~ 50% ~ 10%	10%
50% ~ 100% ~ 50% 10%	10%

2.2.6 Overshoot at Turn - on / Turn - off

Any overshoot at turn on or turn off shall be less than 10% of the rated output voltage.

2.3 Protection Function

2.3.1 Over Voltage Protection

The power supply will provide over voltage protection function.

2.3.2 Short Circuit Protection

An output short circuit is defined as any output impedance of less than 0.1 ohms. The power supply will protect without damage to the overseers or the unit (components, connectors, etc) under the input conditions specified in Section 3.1 above.

2.3.3 Over Current Protection

The power supply has an OCP function, and without any damage during the test, the unit shall recover its functions automatically after the protection is removed.

Table 10: Over Current Protection Limits

Output	Min	Max	Unit
V0	1.2	1.5	A

2.4 Timing

2.4.1 Start up Time

The start-up time shall be no more than 4 seconds at 115Vac/60Hz input, and no more than 3 seconds at 230Vac/50Hz input. The output loading should be set up with full load during the test.

3. Environment Requirement

3.1 Temperature

Operating Ambient: 0℃ ~ 40℃
Non - operating Ambient: -20℃ ~ +70℃

3.2 Humidity

Operating: 25% ~ 80% relative humidity (Non - condensing)
Non - operating: 10% ~ 90% relative humidity (Non - condensing)

3.3 Altitude

Operating: 5000 meters
Non - operating: 5000 meters

4. Mechanical Dimensions

5. Application Market

• Mobile phone charger for the elderly
• Home smart camera
• Li-ion battery charger
• Toy car charger
• Ebook reader
• Bluetooth headsets, small speakers, USB fans and other small electronic devices