Samsung SR-61KTC, SR-65KTC 2981THRU, Channelsource Dirvers, Features, Absolute Maximum Ratings

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2981THRU

2981THRU

2984

8-CHANNEL SOURCE DIRVERS

1 8-CHANNEL SOURCE DIRVERSABSOLUTE MAXIMUM RATINGSManual background 1

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vs

 

 

GND

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

ABSOLUTE MAXIMUM RATINGS

at 25Manual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual backgroundManual background

Output Voltage Range, VCE

 

(UDN2981A &

5 V to 50 V

UDN2982A/LW)

 

 

 

(UDN2983A &

 

 

 

UDN2984A/LW)

35V to 80 V

Input Voltage VIN

 

 

 

(UDN2981A & UDN2983A)

15V

(UDN2982A/LW &

 

 

 

UDN2984A/LW)

 

20V

Output Current, IOUT

 

-500mA

Package Power Dissipation,

 

PD

See Graph

Operating Temperature Range,

TA

-20

 

to +85

Storage Temperature Range,

TS

-55

to +150

Note that the ULN2000A Series (dual in-line package) and ULN2000L series (small-outline IC package) are electrically identical and share a common pin number assignment.

Recommended for high-side switching applications that benefit from separate logic and load grounds, these devices encompass load supply voltages to 80 V and output currents to -500mA. The UDN2981A through UDN2984A/LW 8-channel source drivers are useful for interfacing between low-level logic and high-current loads. Typical loads include relays, solenoids, lamps, stepper and/or servo motors, print hammers, and LEDS.

All devices may be used with 5 V logic systems - TTL, Schottky TTL, DTL, and 5 V CMOS. The UDN2981A and UDN2982A/LW are interchangeable, will withstand a maximum output OFF voltage of 50 V and operateto a minimum of 5 V;the UDN2983A and UDN2984A/LW drivers are interchangeable, will whthstand an output voltage of 80 V, and operate to a minimum of 35 V. All devices in this series integrate input current limiting resistors and output transient suppression diodes, and are activated by an active high input.

The suffix’A’(all devices) indicates an 18-lead plasitic dual in-line package with copper lead frame for optimum power dissipation. Under normal operating conditions, these devices will sustain 120 mA continu- ously for each of the eight outputs at an ambient temperature of +50Manual background and a supply of 15 V

The suffix ‘LW’ (UND2982LW and UDN2984LW only) indicates

a surface-mountable wide-body SOIC pakage. All devices are also available for operation between-40Manual background and +85Manual background To order, change the prefix form ‘UDN’ to ‘UDQ’.

FEATURES

TTL, DTL, PMOS, or CMOS Compatible inputs 600mA Output Source Current Capabilty Transient-Protected Outputs

Output Breakdown Voltage to 80 V DIP or SOIC Package

Always order by complete part number, e.g.,

Note that all devices are not available in both package types.

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Contents SR-69NMC CONTENTSModel SR-61KTC/SR-61NMC SR-65KTC/SR-65NMC REFRIGERATOR1. Product specifications Warning/Caution Description of symbols2.Safety precautions and warnings ProhibitionProhibition ProhibitionProhibition RetedREFRIGERATION PARTS 3. ELECTRIC PARTS STANDARDTEMPERATURE DEFROST ELECTRIC PARTS 4. Electric diagram 4-1.Electronic modeSR-61KTC,65KTCT4-2SEMI BASIC SR-61NMC,65NMC, 69NMC 5. Cool Air Circulation SR-61NMC 6. FUNCTIONS AND DIRECTIONSMODEL SR-69NMCCHILLED ROOM SHELF 6-2.THE NAME OF EACH PARTS AND DISASSEMBLE METHODDOOR GUARD DID CASE6-3.CYCLE OF FREEZING -11-7. TEMPERATURE CONTROL AND THE OTHERS 3.Alarming 3Forced operating and defrosting“ Beep”sound 5.SELF DIAGNOSIS 6.LOAD STATUS DISPLAY 7.operating of fan motor ※Personal Informatin -18-7-2,SEMI ELECTRONIC MODE D. TEST FUNCTION Page 8. CIRCUIT OPERATING THEORY 4.DOOR S/W SENSING PART 5. TEMP·SENSING PART LOAD 7. COMP AND DEFROSTING HEATER OPERATINGSTATES REMARK8. BLDC MOTOR Operation Circuit 1-2FAN MOTOR IN THE FREEZER R-FAN STANDARD 9. POTION PART 1PRINCIPIE OF MAVEMENTNAME REMARK8-2.SEMI ELECTROMAGNETIC 9-1.POWER PART 9-3.RESET CIRCUIT PART 9-5.TEMP. CONTROL CIRCUIT.ROTARY S/W S/Wcircuit ①~⑩ B. REFRIGERATOR TEMP ※ CAUTIONIt is appeared the S/W cross spot of ROTARY -31-6. ELECRICAL LOAD SIGNAL LAMP CONTROL PART -32-B. MOVEMENT PRINCIPAL ※PERSANAL INFORMA -34-MODEL NAME Remark1.No input Power 9.Diagnosis of disorder and method of repair1.Check the power of consent and power code 1.ELECTRICAL SR-61KTC,65KTC②Refrigerator temp, sensor failure 2.Self diagnosis failureOuter temper ature sensor failure -37-Freezer tem sensor failare -38-Freezer’s defrosting sensor failure -39-3. In case of contiunous alarming REFRENCES ②In case of“Beep-Beep”alarming 4. In case of FAN do not run REFRENCES ①In case of F-FANdoesn’t run Run the DC voltage -43--44- -45- Forced operation Check CON70 connection checkthe MOTOR Check the MOTOR Chang the MOTOR 2.SENMI electronic mode SR-61NMC,65NMC 9. Diagnosis of disorder and method of repair1.When not operating Power -46-B. Refrigerator’s temp, senser failure 2. Self diagnosis failureA. Freezer’s temp·sensor failure -47-C. Freezer’s defrosting sensor failure D. Refrigerator’s defrosting sensor failure-48- 3.In case of FAN in the refrigerator doern’t run B. In case of R-FANdo not run ①Check -50-②Check ROTARY S/W -51-Is proper the retrigerators temp·regulator? 4.Badress management of freeze cycle Appearance 10-1.Freezer comoartmentSR-61KTC,65KTC -53-10-2.Freezer compartment SR61NMC,65NMC,69NMC 10-3.Refrigerator Compartment SR-61KTC,65KTC -55-THERMO-FUSE,ASSY SENSOR-ASSY EVAP-REF CHASSIC-COMPASSY HING-MID-ASSY CHASSIC-COMPASSYCASE-DLSPLAY,ASSY 10-7.Related Components of DOORHANDLE-FRE,ASSY HANDLE-REF,ASSY1.Disassemble lathch the top cover of refrigerator SR-61KTC SR-61/65/69NMC 11-2.Replacement of freezer in door lamp11-3.Replacement of refrigerator in door lamp 1Remove the back cover lamp and then in door lamp11-4.Disassemble of refrigerator cooling part 1 Push the cold storage and remove it2Remove foods and shelves inside the Refrigerator la tch Remove 2 screwsTemp·fuse Temp·sensor Groove for preventing small ice when defrosting2 holders securing evaporator CABLE TIE FOAM-LEX Noise protector1 Pull out the shelf 1 Disassembie inner lower GROMMET of DID door Assembly specifcation of Freezer cooler part11-6.Disjonting of DID door 2 Disassemble DID door with up the iower HINGEPace condenser Pace condenser entrance 11-7.Unit assemblyMotor fan Hot pipe entrance S-PIPE Condenser entrance Rubber for Noise protector3.Assembly specification of electric box TEST S/W 11-8.Electric box assembly1.Disconnect the power cord Condenser3.Assembly specification of electric box TEST S/W 11-9.Electric box assembly1.Disconnect the power cord FUSE Condenser TRANS-POWERPACKING EXAMPLE OF FRONT SIDE AND BACK SIDE 12. PACKINGPACKING OF DOOR AND CABINET EXAMPLE OF PERFECT PACKINGCircuit way 13. Main Components Specifacations FEATURESBLOCK DIAGRAM ORDERING INFORMATIONELECTRICAL CHARACTERISTICS KA7805/I ABSOLUTE MAXIMUM RATINGS TA =ELECTRICAL CHARACTERISTICS KA7812/I Checking low battery 3.3V VOLTAGE DETECTORFEATURES BLOCK DIAGRAMABSOLUTE MAXIMUM RATING TA = ELECTRICAL CHARACTERISTICS TA =8-CHANNELSOURCE DIRVERS FEATURES2981THRU ABSOLUTE MAXIMUM RATINGSFOR SAFETY OF SERVICE CAUTION ELECTRONICS 272, Oseon-Dong, Kwangsan-Gu Kwangju-City,KoreaTEL 82-62-950-6810,6811 FAX