M57184N-715 MITSUBISHI | Alldatasheet
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Mar. 2002 OUTLINE DRAWING MITSUBISHI SEMICONDUCTOR <HYBRID IC> M57184N-715 UN-INSULATING TYPE DC-DC CONVERTER
DESCRIPTION
M57184N-715 is the un-insulating type DC-DC converter which the rectification voltage of AC200V system can direct input. A power supply (15V, 350mA, and 5V and 200mA) can be obtained only by attaching a small number of external parts, such as an electrolysis capacitor and a chalk coil. FEATURE 5V, 200mA APPLICATION
- Washing machine. Air conditioner. Refrigerator. BLOCK DIAGRAM Dimensions: mm 2.54 0.55±0.1 4.5±1.5
24.0 Max
52.0 Max
2.54×17=43.18 4.5 Max 4.5 Max 4.5 Max 7.5 Max
12.0 Max
0.35±0.2 Markside Voltage detect Current sensor Drive circuit Current sensor Drive circuit Voltage detect 6 8 Vin COMMON Vo-1 COMMON Vo-2
Mar. 2002 MITSUBISHI SEMICONDUCTOR <HYBRID IC> M57184N-715 UN-INSULATING TYPE DC-DC CONVERTER THE MAXIMUM RATING (Unless otherwise specified, Ta = 25°C) V V mA V mA mV mV mV mV mVp-p V mA mA W 600 370 250 6.3 –20 ~ +70 –25 ~ +85 RatingsSymbol Parameter Conditions Units 220 14.1 4.7 280 15.0 5.0 360 15.9 350 5.3 200 160 160 200 200 200 Symbol UnitsParameter Test conditions Ratings Min Typ Max Notes 2) A spike noise does not contain in output ripple voltage CIRCUIT DIAGRAM Input voltage Load current Load current Maximum output power Operating temperature Storage temperature Vin IL-1 IL-2 Pmax Topr Tstg Vin = 280V, IL-2 = 150mA Notes 1) Vin = 280V, IL-1 = 330mA Notes 1) Vin = 280V There is nothing dew condensation. There is nothing dew condensation. Recommendation range IL-1 = 350mA IL-2 = 200mA Vin = 220 ~ 360V, IL-1 = 350mA Vin = 220 ~ 360V, IL-2 = 200mA IL-1 = 0 ~ 350mA IL-2 = 0 ~ 200mA IL-1 = 350mA, IL-2 = 200mA IL-1 = 350mA, IL-2 = 200mA Notes 2) Vin Vo-1 IL-1 Vo-2 IL-2 Reg-I-1 Reg-I-2 Reg-L-1 Reg-L-2 η Vp-p Input voltage Output voltage-1 Load current-1 Output voltage-2 Load current-2 Input regulation-1 Input regulation-2 Load regulation-1 Load regulation-2 Efficiency Output ripple voltage ELECTRICAL CHARACTERISTICS (Unless otherwise specified, Vin = 280V, Ta = 25°C) Notes 1) A 460mA output is possible for the peak current of IL-1. Please use each load current in the range which becomes below Pmax. Vin 10µF 450V ✕ 2 470µF 1000µF 50V
4 VO-2
V IL-1 10 A 50V M57184N-715 1mH A V
Mar. 2002 MITSUBISHI SEMICONDUCTOR <HYBRID IC> M57184N-715 UN-INSULATING TYPE DC-DC CONVERTER TYPICAL CHARACTERISTICS Input voltage Vi (V) Input voltage Vi (V) Input voltage Vi (V) 220 240 300 320280260 340 360 0 100 200 300 400 500 Efficiency–Input voltage Efficiency –Load current Load current IL-1 (mA) Load current-1 IL-1 (mA) Load current-2 IL-2 (mA) 10050 200 150 300 250 350 Efficiency η (%) Output voltage–Load current Output voltage –Load current Output voltage–Input voltage Output voltage –Input voltage Output voltage-1 Vo-1 (V) Output voltage-2 Vo-2 (V) Output voltage-1 Vo-1 (V) Output voltage-2 Vo-2 (V) Efficiency η (%) 50 100 150 200 250 0 50 100 150 200 250 0 100 200 300 400 IL-1 = 350mA IL-2 = 200mA Vi = IL-2 = 200mA Vi = IL-2 = 200mA Vi = IL-1 = 200mA RL-1 = 43 RL-2 = 25 RL-1 = 43 RL-2 = 25
Mar. 2002 MITSUBISHI SEMICONDUCTOR <HYBRID IC> M57184N-715 UN-INSULATING TYPE DC-DC CONVERTER Input voltage Vi (V) 100 120 140 100 15050 200 250 Derating (Vin=220~360V) Ambient temperature (°C) 6.0 4.0 5.0 3.0 2.0 1.0 7.0 –10–30 30 10 70 50 90 Input current Ii (mA) Output power (W) RL-1 = 43Ω RL-2 = 25Ω Input current–Input voltage