12V 30A 360W Adapter Universal Regulated Switching Power Supply 110V/220V AC to DC 12 Volt 30 AMP Adaptor for LED Strip Lights CCTV Security

Get the 12V 30A 360W Adapter Universal Regulated Switching Power Supply for LED Strip Lights CCTV Security. Factory direct for high quality and reliable performance. Ideal for 110V/220V AC to DC conversions.
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PRODUCTS DETAILS

Basic Info.

Model NO.
Q-60
Voltage Regulating Mode
Frequency Modulation Type
Power Supplying System
Terminal Power Distribution Equipment
Energy Transmission
One-way Transmission
Modulation System
PFAW
Certification
CE, RoHS
Voltage
110-220V
Current
5A
Transport Package
Carton Package
Specification
199*98*38mm
Trademark
OMCH
Origin
Zhejiang, China (Mainland)
HS Code
8504401990
Production Capacity
1000000 Piece/Pieces Per Month

Product Description

Switch Mode Power Supply (SMPS), also known as Switched Mode Power Supply (SMPS), is a high-frequency electrical energy conversion device, and is a type of power supply. Its function is to convert one bit of voltage into the voltage or current required by the user through different types of architectures. The input of a switching power supply is mostly AC power (such as mains power) or DC power, while the output is mostly devices that require DC power, such as personal computers, and the switching power supply converts the voltage and current between the two.
Product Description

Switching power supplies are different from linear power supplies in that the switching transistors used in switching power supplies are mostly switched between fully open mode (saturation zone) and fully closed mode (cutoff zone), both of which have the characteristic of low dissipation. Ideally, the switching power supply itself does not consume power. Voltage regulation is achieved by adjusting the on and off time of the transistor. Conversely, a linear power supply consumes electrical energy while the transistors are working in the amplification zone during the generation of the output voltage. The high conversion efficiency of switching power supplies is one of their major advantages, and because switching power supplies operate at high frequencies, they can use smaller, lighter transformers, so they are also smaller and lighter than linear power supplies.
 

Q-60 the details as below:

Product Parameters

                    Model
Specification
CH1CH2CH3CH4
DC output voltage5V12V-5V-12V
Output voltage range(Note:2)±2%±6%±5%±5%
Rated output current5.5A2A0.5A0.5A
Output current range(Note:2)0.5-8A0.1-3A0-1A0-1A
Wave and noise(Note:3)100mVp-p120mVp-p100mVp-p120mVp-p
Inlet stability(Note:4)±0.5%±1%±0.5%±0.5%
Load stability(Note:5)±0.5%±4%±1%±1%
DC Output power60W
Efficiency70%
Adjustable range for DC voltageCH1: +10, -5
AC input voltage range85~264VAC 47-63Hz; 120~370VDC
Input current1.3A/115V 0.65A/230V
AC Inrush currentCole-start current 18A/115V 36A/230V
Leakage current<1mA/240VAC
Overload protection105%~150% Type: Cut off output Reset: auto recovery
Over-voltage protectionCH1: 5.75~6.75V
High-temperature protection............
Temperature coefficient±0.03%/ºC(0~50ºC)
Setup,rise,hold up time1.6ms, 50ms, 16ms/115VAC 800ms, 50ms, 60ms/230VAC
Vibration10~500Hz, 2G 10min,/1cycle, period for 60min, Each axes
Withstand voltageInput and output internal: 1.5KvAC, Input and enclosure: 1.5KvAC,
Output and enclosure: 0.5KvAC
Isolation resistanceInput and output internal: Input and enclosure,
Output and enclosure: 500VDC/100MΩ
Working temperature and humidity-10ºC~+60ºC(Refer to output derating curve),20%~90%RH
Stoerall dimension-20ºC~+85ºC,10%~95%RH
Overall dimension159×97×38mm
weight0.55Kgs
safety standardsUL1950 Approved
EMC standardsCISPR22(EN55022), IEC801-2,3,4,IEC555-2 Verification
Note:1,The testing condition for the parameters above is:230VAC input rated load ,25ºC 70%RH Temperature.
     2,Error:include the setting error,line stability and load stability.
     3,Wave tes:adopting A12 double wire for 20MHz,and 0.1UF capacitor short-circuit for interrupting.
     4,Inlet voltage stability test:when is over load,the lowestvoltage is up to the highest voltage.
     5,Load stability tes:The load is from 0% to 100%.



 
The main technical performance indicators that should be satisfied by the design of the switching power supply are: output/input voltage ratio (UO/UI), output power PO, converter efficiency η, output voltage ripple △ UO, the limit of electromagnetic interference (EMI) amplitude to the input voltage source Ui, etc. When designing the optimal power supply, each performance indicator is generally expressed by an inequality constraint. When optimizing the design, the inequality constraint is generally used to represent the performance indicators (satisfying an inequality constraint means that the design result satisfies a corresponding performance indicator).
Installation Instructions

 Winding turns and wire specifications, etc., as well as the selection of capacitors.

The control circuit of the switching power supply compensation network design should meet the power supply of the transient performance indicators, so it belongs to the transient design. Switching power supply transient performance indicators are: the stability of the power system, speed (expressed in recovery time), transient response up and down impulse, power supply anti-disturbance (disturbance including transient disturbance of the input voltage, transient disturbance of the load a sudden increase or decrease in load) and so on. Since the main circuit parameters have a large relationship with the switching power supply transient response performance, the transient design should be carried out after the completion of the main circuit design.

The main contents of the optimal design of the switching power supply transient included: the selection of feedback control mode (voltage feedback or voltage and current feedback, called single-loop control and double-loop control, respectively), the circuit form of the compensation network (i.e., proportional, integral, differential or PID amplifier), the optimal design of the PID parameters, etc. The optimal design of the PID parameters, etc., should be carried out after the completion of the main circuit design.
 

Working Principle

In a linear power supply, the power transistors are allowed to operate in a linear mode. Unlike linear power supplies, PWM switching power supplies allow the power transistors to operate in an on and off state, where the volt-amp product applied to the power transistors is very small (low voltage and high current in an on state; high voltage and low current in an off state) / the volt-amp product on the power device is the resulting loss on the power semiconductor device.

Compared to linear power supplies, PWM switching power supplies work more efficiently by "chopping," i.e., chopping the input DC voltage into pulses equal to the amplitude of the input voltage. The duty cycle of the pulses is adjusted by the controller of the switching power supply. Once the input voltage is chopped into an AC square wave, its amplitude can be raised or lowered by the transformer. The output voltage value can be increased by increasing the number of secondary windings of the transformer. Finally, these AC waveforms are rectified and filtered to give a DC output voltage.
The main purpose of the controller is to keep the output voltage stable, and the process is very similar to that of a linear controller. This means that the controller's function blocks, the voltage reference and the error amplifier, can be designed in the same way as a linear regulator. They differ in that the output of the error amplifier (error voltage) goes through a voltage/pulse width conversion unit before driving the power tube.
Switching power supplies have two main modes of operation: forward conversion and boost conversion. Although the differences in the layout of their parts are small, the operating processes are quite different and each has advantages in specific applications.

 

Application

     Switching power supply products are widely used in industrial automation control, military equipment, scientific research equipment, LED lighting, industrial control equipment, communication equipment, power equipment, instrumentation, medical equipment, semiconductor refrigeration and heating, air purifiers, electronic refrigerators, liquid crystal displays, LED lamps, communication equipment, audio-visual products, security monitoring, LED lights, computer cases, digital products and instruments and other fields.
 

Company Profile

OMCH is a professional manufacturer of industrial automation in China. It is specialized in manufacturing and marketing proximity sensor, photoelectric sensor, switching power supply, LED waterproof power supply, solid state relay, solid state voltage regulator, miniature relay, general purpose relay,rotary encoder, water-level controller, digital counter, time relay, time controller, float switch, rope switch, pressure transmitter,magnetic switch, area sensor, laser sensor. temperature controller and optical amplifier.

Certifications

We get many certificates: Photoelectric Sensor CE Certificates, Proximity Sensor Certificates Rotary Encoder CE Certificates, SSR CE Certificates, Switching Power Supply CE Certificates etc.

Exhibitions

we attended many abroad exhibitions: Iran, Canton Fair. Germany. Let our products proximity sensor, photoelectric sensor, switching power supply, SSR Relay, Minature Relay, Rotary Encoder etc become the famous brand in the world.

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