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EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt MT13-12S12-PECW

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt MT13-12S12-PECW

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Product Details:

Place of Origin: China
Brand Name: Enargy
Model Number: MT13-12S12-PECW

Payment & Shipping Terms:

Minimum Order Quantity: 1pcs
Price: Negotiation
Delivery Time: 1-8 Weeks
Payment Terms: Negotiation
Supply Ability: 1000Pcs/week
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Detailed Product Description

DC-DC Converters 13W Output 12V MT13-12S12-PECW

 

 

Key Features

Output power: 13W

Wide input range:9-36Vdc

High conversion efficiency: Up to 87%

Line regulation to ±0.5%

Load regulation to ±1.0%

Fixed operating frequency

Isolation voltage :1500V

Enable (ON/OFF) control

Output over-voltage protection

Output over-load protection

Hiccup mode short circuit protection

Over-temperature protection

Input under-voltage lock-out

Output voltage trim -5~+10 % Vout

 

Product Overview

These DC-DC converter modules use advanced powerprocessing, control and packaging technologies to providethe performance, flexibility, reliability and cost effectivenessof a mature power component. High frequency Active Clampswitching provides high power density with low noise andhigh efficiency.

 

Product’s Introduction

The MT series is an independently regulated single output converter that uses the industry nonstandard brick package size. Integral PCB transformer/inductor is used for all models in this series. This new design technique has greatly improved the magnetic coupling, reduced switching spike and provided performance consistency. It also streamlines the production process by completely eliminating the hand-wind magnetic assembly process from production lines.

 

Part Numbering — MT13-12S12-PECW

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

1. Electric Characteristics

Electrical characteristics apply over the full operating range of input voltage, output load and base plate temperature, unless otherwise specified. All temperatures refer to the operating temperature at the center of the base plate. All data testing at Ta=25oC except especial definition.

 

1.1 Absolute Maximum Ratings

Parameter Min Typ Max Units Notes
Input Voltage     45 Vdc Continuous, non-operating
    36 Vdc Continuous, operating
    45 Vdc Operating transient protection,<100mS
Isolation voltage     2000 Vdc Input to output
Operating Temperature -55   100  
Storage Temperature -65   125  
Enable to Vin- Voltage -0.5   10 Vdc  
 

1.2 Input Characteristics

Parameter Min Typ Max Units Notes
Input Voltage Range 9 24 36 Vdc Continuous
Under-Voltage Lockout   8.6 8.8 Vdc Turn-on Threshold
8.1 8.3   Vdc Turn-off Threshold
Maximum Input Current     1.8 A Full Load;9Vdc Input
Efficiency   87   % Full load, derating input voltage.Figures 1-4
Dissipation   0.4   W No Load
Disabled Input Current   5   mA Enable pin low

Recommend External Input

Capacitance

  100   μF Typical ESR 0.1-0.2Ω

 

1.3 Output Characteristics

Parameter Min Typ Max Units Notes
Output Voltage Set Point 11.85 12.00 12.15 Vdc Nominal input; No load;25℃
Output Voltage Range 11.75 12.00 12.25 Vdc  
Output Current Range 0.01   1.1 A Subject to thermal derating. Figures 5-7
Line Regulation   ±0.02 ±0.50 % Low line to high line; full load
Load Regulation   ±0.02 ±1.00 % No load to full load; nominal input
Temperature Regulation   ±0.002 ±0.02 % / °C Over operating temperature range
Current Limit 1.15 1.4 1.7 A Output voltage 95% of nominal
Short Circuit Current 1   3 A Output voltage <250 mV
Ripple (RMS)   25   mV Nominal input; full load; 20 MHzbandwidth. Figure 8
Noise(Peak-to-Peak)   80   mV
Maximum Output Cap     3000 μF Nominal input; full load

Recommend External

Output Capacitance

  100   μF  

 

1.4 Dynamic Response Characteristics

Parameter Min Typ Max Units Notes

Change In Output Current

(di/dt= 0.1A/μs)

  100   mV 50% to 75% to 50% Iout max. Figure 11

Change In Output Current

(di/dt= 0.5A/μs)

  100   mV 50% to 75% to 50% Iout max. Figure 12
Settling Time   200   µS To within 1% Vout nom.
Turn-on Time   2   mS Full load; Vout=90% nom. Figure 9
Shut-down Fall Time   1   mS Full load; Vout=10% nom. Figure 10
Output Voltage Overshoot   2   %  

 

1.5 Functional Characteristics

Parameter Min Typ Max Units Notes
Switching Frequency 180 200 250 KHz Regulation stage and Isolation stage
Trim(Pin7)         See part 7.2 Voltage Trim(Pin7)
Output Voltage Trim     10 % Trim Up, Trim Pin to Vout(-)
    5 % Trim Down, Trim Pin to Vout(+)
Enable(ON/OFF)Control(Pin2)         See part 7.1

Enable Voltage

Enable Source Current

  5 10 Vdc Enable pin floating
    0.5 mA  

Enable (ON/OFF) Control

Positive Logic

2.5   10 Vdc ON control, Logic high or floating
0   1.5 Vdc OFF control, Logic low

Output Over-Voltage

Protection

  120   % Min. load, Voltage Limit Threshold
Over-Load Protection 105 130 150 % Current-Mode, Pulse by Pulse CurrentLimit Threshold,(%Rated Load)
Short-Circuit Protection     65 mΩ Hiccup mode,since the recovery
Over-Temperature Protection   105   Type: Non-Latching, Auto-Recovery;Threshold, PCB Temperature
  15   Hysteresis

 

1.6 Isolation Characteristics

Parameter Min Typ Max Units Notes
Isolation Voltage 1500     Vdc Input to Output
1500     Vdc Input to Base
500     Vdc Output to Base
Isolation Resistance 10     MΩ At 500Vdc to test it when atmosphericpressure and R.H. is 90%
Isolation Capacitance   1000   pF  

 

2. General Characteristics

Parameter Min Typ Max Units Notes
Weight   0.7(20)   Oz (g) Encapsulated
MTBF ( calculated ) 1     MHrs TR-NWT-000332; 80% load,300LFM,40℃ Ta

 

3. Environmental Characteristics

Parameter Min Typ Max Units Notes
Operating Temperature -55   +100 Extended, base plate temperature
Storage Temperature -55   +125 Ambient
Temperature Coefficient     ±0.02 %/℃  
Humidity 20   95 %R.H. Relative Humidity, Non - Condensing

 

4. Standards Compliance

Parameter Notes
UL/cUL60950  
EN60950  
GB4943  
Needle Flame Test (IEC 695-2-2) Test on entire assembly; board & plastic components UL94V-0 compliant
IEC 61000-4-2  

 

5. Qualification Specification

Parameter Notes
Vibration 10-55Hz sweep, 1 min./sweep, 120 sweeps for 3 axis
Mechanical Shock 100g min, 2 drops in x and y axis, 1 drop in z axis
Cold(in operation) IEC60068-2-1 Ad
Damp heat IEC60068-2-67 Cy
Temperature Cycling -40°C to 100°C, ramp 15°C/min., 500 cycles
Power/Thermal Cycling Vin = min to max, full load, 100 cycles
Design Marginality Tmin-10°C to Tmax+10°C, 5°C steps, Vin = min to max, 0-105% load
Life Test 95% rated Vin and load, units at derating point, 1000 hours
Solderability IEC60068-2-20

 

6. Typical Wave And Curves

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

 

Figure 1: Efficiency at nominal output voltage vs. loadcurrent for minimum, nominal, and maximum input voltageat 25°C.

Figure 2: Efficiency at nominal output voltage and 60%rated power vs. airflow rate for ambient air temperatures of25°C, 40°C, and 55°C (nominal input voltage).

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Figure 3: Power dissipation at nominal output voltage vs.load current for minimum, nominal, and maximum inputvoltage at 25°C.

Figure 4: Power dissipation at nominal output voltage and60% rated power vs. airflow rate for ambient airtemperatures of 25°C, 40°C, and 55°C (nominal inputvoltage).

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

 

Figure 5: Maximum output power derating curves vs.ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from pin 3 to pin 1 (nominal inputvoltage).

Figure 6: Maximum output power-derating curves vs.ambient air temperature for airflow rates of 0 LFM through400 LFM with air flowing from input to output (nominalinput voltage).

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Figure 7: Thermal plot of converter at full load current(13W) with 25°C at no flowing.

Figure 8: Output voltage ripple at nominal input voltage andrated load current (100 mV/div). Load capacitance: 1μFceramic capacitor and 10μF tantalum capacitor. Bandwidth:20 MHz.

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Figure 9: Turn-on transient at full load (resistive load) (100ms/div).Input voltage pre-applied.Ch 1: Vout (5V/div). Ch 2: ON/OFF input(5V/div).

Figure 10: Shut-down fall time at full load (2 ms/div).Ch 1: Vout (5V/div).Ch 2: ON/OFF input (5V/div).

 

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECWEN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Figure 11: Output voltage response to step-change in loadcurrent (50%-75%-50% of Iout(max); dI/dt = 0.1A/μs). Loadcap: 10μF, 100 mΩ ESR tantalum capacitor and 1μFceramic capacitor. Ch 1: Vout (100mV/div).

Figure 12: Output voltage response to step-change in loadcurrent (50%-75%-50% of Iout(max): dI/dt = 0.5A/μs). Loadcap: 220μF, 30 mΩ ESR tantalum capacitor and 1μFceramic cap. Ch 1: Vout (100mV/div).

 

7. Physical Information

7.1 Mechanical Outline

EN60950 , GB4943 DC-DC Converters 13W Output 12 Volt  MT13-12S12-PECW

Notes:

1. All pins are 0.024” (0.6mm) dia. without shoulder.

2. Pin4 and Pin6 are parallel connection. The user could achieve the function Vout(+) whether connect either two pins orboth.

3. Tolerances: x.xx ±0.02 in. (x.x ±0.5mm) ,x.xxx ±0.010 in. (x.xx ±0.25mm)

 

7.2 Pin Designations

Pin No. Name Function
1 Vin(-) Negative Input voltage
2 Enable TTL input to turn converter on and off, referenced to Vin(-), with internal pull up.
3 Vin(+) Positive Input voltage
4 Vout(+) Positive Output Voltage
5 Vout(-) Negative Output Voltage
6 Vout(+) Positive Output Voltage
7 Trim Output voltage trim. Leave TRIM pin open for nominal output voltage.

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