HYBRID IC M57184N-715B UNINSULATED DC-DC CONVERTER DESCRIPTION Dimensions: mm OUTLINE DRAWING The M57184N-715B is an un-insulated type DC-DC converter designed for direct input of rectified voltage from 200V AC. This hybrid IC provides +15V, 350mA and +5V, 200mA with fewer external components such as electrolytic capacitors M57184N-715B FEATURES ●XXXX •Input voltage rage ··································· DC 220V ~ 360V •Output specifications······························· 15V, 350mA 1 5V, 200mA 18 4.0+/-1.0 24.0 max 52.0 max and choke coils only. 0.35+/-0.2 2.54 APPLICATIONS 0.55+/-0.1 4.5max 7.5max 2.54 × 17 = 43.18 Best suited to power supply for home appliances such as washing 4.5max 12.0max 4.5max machines. BLOCK DIAGRAM 6 Vin 1 １ 8 10 Current Vo-1 detector Base driver Voltage detector COMMON 4 16 TEST 12 18 Vo-2 Current detector Base driver Voltage detector 14 COMMON HYBRID IC M57184N-715B UNINSULATED DC-DC CONVERTER MAXIMUM RATINGS (unless otherwise noted, Ta=25°C) Symbol Parameter Vin Conditions Ratings Unit Input voltage 600 V IL-1 Load current-1 350 mA IL-2 Load current-2 200 mA Topr Operating temperature No condensation allowable -20 ~ +70 °C Tstg Storage temperature No condensation allowable -25 ~ +85 °C ELECTRICAL CHARACTERISTICS (Unless otherwise noted, Ta=25°C, Vin=280V) Symbol Parameter Limits Conditions Min Typ Max Unit Input voltage Recommended range 220 280 360 V VO-1 Output voltage - 1 Pin 10 voltage: IL-1 = 350mA 14.1 15.0 15.9 V VO-2 Output voltage - 2 Pin 18 voltage: IL-2 = 200mA 4.7 5.0 5.3 V Reg-I1 Input regulation - 1 Pin 10 voltage: IL-1 = 350mA, Vin = 220 ~ 360V — 60 160 mV Reg-I2 Input regulation - 2 Pin 18 voltage: IL-2 = 200mA, Vin = 220 ~ 360V — 60 160 mV Reg-L1 Load regulation - 1 Pin 10 voltage: IL-1 = 0 ~ 350mA — 80 200 mV Reg-L2 Load regulation - 2 Pin 18 voltage: IL-2 = 0 ~ 200mA — 80 200 mV Efficiency IL-1 = 350mA, IL-2 = 200mA 65 72 — % Ripple voltage IL-1 = 350mA, IL-2 = 200mA — 80 200 mVp-p Vin η VP-P (*1) (*1) Spike noise is not included in output ripple voltage. MEASUREMENT CIRCUIT 1mH 6 8 16 1000µF IL-1 50V A 10 1 M57184N-715B 12 IL-2 18 A + RL-2 V + 10µF 4 470µF 14 50V Vo-2 450V ×2 (*) Please use power inductors with good performance of DC superimposition. (We used C13 -FR -102: made in MITSUMI ELECTRIC CO., LTD.) (**) Please use electrolytic capacitor of output side with high frequency and low impedance. (***)Since a 16Pin is a test terminal, please use it for opening, carrying out it electrically. 2 RL-1 V Vo-1 + Vin + HYBRID IC M57184N-715B UNINSULATED DC-DC CONVERTER TYPICAL CHARACTERISTICS OUTPUT VOLTAGE - LOAD CURRENT CHARACTERISTICS (TYPICAL) 16 16 OUTPUT VOLTAGE Vo-1（V） OUTPUT VOLTAGE Vo-1（V） OUTPUT VOLTAGE - INPUT VOLTAGE CHARACTERISTICS (TYPICAL) 14 12 10 8 RL-1=43Ω RL-2=25Ω 6 4 2 14 12 10 8 Vi = 280V IL-2 = 200mA 6 4 2 0 0 0 0 100 200 INPUT VOLTAGE Ｖｉ（Ｖ） 100 200 300 400 500 LOAD CURRENT IL-1(mA) START-UP CHARACTERISTICS (TYPICAL) OUTPUT VOLTAGE - LOAD CURRENT CHARACTERISTICS (TYPICAL) 140 5 INPUT CURRENT Iｉ(mA) OUTPUT VOLTAGE Vo-2（V） 6 4 Vi = 280V IL-1 = 200mA 3 2 1 120 RL-1 = 43Ω RL-2 = 25Ω 100 80 60 40 20 0 0 0 100 200 300 0 400 50 LOAD CURRENT IL-2(mA) 150 200 250 EFFICIENCY - LOAD CURRENT CHARACTERISTICS (TYPICAL) 7 80 6 70 5 EFFICIENCY η(%) OUTPUT VOLTAGE Vo-2（V） START-UP CHARACTERISTICS (TYPICAL) 4 RL-1 = 43Ω RL-2 = 25Ω 3 100 INPUT VOLTAGE Ｖｉ（Ｖ） 2 60 50 40 Vi = 280V IL-2 = 200mA 30 20 1 10 0 0 0 50 100 150 200 250 0 INPUT VOLTAGE Ｖｉ（Ｖ） 50 100 150 200 250 300 350 LOAD CURRENT IL-1(mA) EFFICIENCY - INPUT VOLTAGE CHARACTERISTICS (TYPICAL) DERATING CURVE 80 7.0 OUTPUT POWER (W) EFFICIENCY η(%) 75 70 65 60 IL-1 = 350mA IL-2 = 200mA 55 6.0 5.0 4.0 3.0 2.0 1.0 0.0 -30 50 220 240 260 280 300 320 340 360 INPUT VOLTAGE Ｖｉ(V) 3 -10 10 30 50 70 OPERATION TEMPERATURE Ta(°C) 90 HYBRID IC M57184N-715B UNINSULATED DC-DC CONVERTER FOR SAFETY USING Great detail and careful attention are given to the production activity of Hics, such as the development, the quality of production, and in it’s reliability. However the reliability of Hics depends not only on their own factors but also in their condition of usage. When handling Hics, please note the following cautions. CAUTIONS Packing The materials used in packing Hics can only withstand normal external conditions. When exposed to outside shocks, rain and certain environmental contaminators, the packing materials will deteriorates. Please take care in handling. Carrying Storage 1) Don’t stack boxes too high. Avoid placing heavy materials on boxes. 2) Boxes must be positioned correctly during transportation to avoid breakage. 3) Don't throw or drop boxes. 4) Keep boxes dry. 5) Minimal vibration and shock during transportation is desirable. Avoid rain or snow. When storing Hics, please observe the following notices or possible deterioration of their electrical characteristics, risk of solderability, and external damage may occur. 1) Devices must be stored where fluctuation of temperature and humidity is minimal, and must not be exposed to direct sunlight. Store at the normal temperature of 5 to 30 degrees Celsius with humidity at 40 to 60%. Extended storage 2) Avoid locations where corrosive gasses are generated or where much dust accumulates. 3) Storage cases must be static proof. 4) Avoid putting weight on boxes. When extended storage is necessary, Hics must be kept non-processed. When using Hics which have been stored for more than one year or under severe conditions, be sure to check that the exterior is free from flaw and other damages. Maximum ratings To prevent any electrical damages, use Hics within the maximum ratings. The temperaqture, current, voltage, etc. must not exceed these conditions. Polarity To protect Hics from destruction and deterioration due to wrong insertion, make sure of polarity in inserting leads into the board holes, conforming to the external view for the terminal arrangement. 4 HYBRID IC M57184N-715B UNINSULATED DC-DC CONVERTER Marketing division, Marketing plannning department 6-41 Tsukuba, Isahaya, Nagasaki, 854-0065 Japan Keep safety first in your circuit designs! - ISAHAYA Electronics Corporation puts the maximum effort into making semiconductor products better and more reliable, but there is always the possibility that trouble may occur with them. Trouble with semiconductors may lead to personal injury, fire or property damage. Remember to give due consideration to safety when making your circuit designs, with appropriate measures such as (1)placement of substitutive, auxiliary circuits, (2)use of non-flammable material or (3)prevention against any malfunction or mishap. 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