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MITSUBISHI SLECTRIC Transistor-Array series

1. M54513P FP M54514AP AFP M54516P M54517P M54519P FP M54522P FP M54523P FP lo max mA 50 50 500 400 400 400 500 V 20 25 25 40 40 50 Circuit diagram GND GND Pin connection 19 18 17 hel 15 t4 13 12 19 18 17 fe 5 14 M 6 70 A A 4 79 N i4 EN gt 16P2N NC No connection A i ics Circuit diagram Pin connection lt lt M54525AGP 500 50 gt 16P2S COM e OUT s M54526P FP 500 50 po au Se 16P2N M54527P 150 40 14 4 et M54528P 150 40 16 4 M54530P FP 400 40 GND 16P4 COM OUT M54531P FP 400 40 GND COM OUT M54532P FP 1500 50 E GND 16P2N M54534P FP 320 20 No connection lo Vo max Type name V Circuit diagram Pin connection Package outlines M54537P FP 350 20 GND M54539P 700 20 M54560P 150 40 54561 300 40 M54562P FP 500 50 M54563P FP 500 50 M54564P FP 500 50 NC No connection Eo A Circuit diagram Pin connection AOS M54566P FP 400 50 M54567P FP 1500 50 Vcc GND Vcc 16P2N M54571P 350 40 10K M54577P 30 30 GND M54580P FP 150 50 OUT GND M54583P FP 400 50 NC No connection 9 o lt
2. M63836FP KP 500 50 ee zm 20P2E NC No connection Under development Thermal derating factor characteristics Tj Max 150 C Power dissipation Pd W 50 Ambient temperature Ta c 14 How fo use Mitsubishi transistor array is a semiconductor integrated circuit formed of 4 to 8 circuits containing transistors that can operate at an output withstand voltage of 30 to 80V and an output current of 50 to 1 500 mA This transistor array has a variety of specifications some of which will be introduced here 1 Direct operation with C MOS IC Examples of connections with C MOS ICs shown here Fig 1 Operating with H input Fig 2 Operating with L input This type of C MOS output current can be either the sink Vop or source type Connection M54585P FP KP examples are shown in Figs PchMOS 1 and 2 PchMOS COM of O out NchMOS NchMOS m GND Negative input applied voltage type Fig 3 shows the internal circuit of a transistor array into which an input diode is M54531P FP built 1 Negative voltage can be applied using this diode Fig 3 Negative input applied voltage type COM OUT IN VI 40V 3 Output sink source type There are two output current format types the current sink type intake type and the source type supply type Example applications of these are shown in Figs 4 and 5 M54580P FP i Q S Fig 4 O
3. 93 M63816P 18 4 8 O H Sink 300 35 O O O 94 M63816FP 20P2N 8 O O H Sink 300 35 e 95 M63816KP 20P2E 8 e H Sink 300 35 96 M63817P 18P4G 8 H Sink 300 35 O O 97 63817 20P2N 8 O Sink 300 35 O O O 98 M63817KP 20P2E 8 H Sink 300 35 O O 99 M63820FP 20P2N 8 O O e H Sink 500 50 O O 100 M63820KP 20P2E 8 O O H Sink 500 50 101 M63823P 16P4 7 H Sink 500 50 102 M63823FP 16 2 7 H Sink 500 50 O 103 M63823GP 16P2S 7 O O O O H Sink 500 50 O O O 104 M63824GP 16P2S 7 H Sink 500 50 105 M63824KP 16P2Z y o e H Sink 500 50 106 M63826P 16 4 7 H Sink 500 50 O 107 M63826FP 16P2N 7 G O O O H Sink 500 50 5 O 108 M63826GP 16P2S 7 O O O O H Sink 500 50 O O O O 109 M63830P 16P4 4 O O O O L Sink 1500 50 O O 110 M63830FP 16P2N 4 L Sink 1500 50 111 M63832GP 16P2S 7 9 L Sink 500 50 O O 112 M63832KP 16P2Z 7 O O O L Sink 500 50 O O O O 113 M63834FP 20P2N 8 D L Sink 500 50 O 114 M63834KP 20P2E 8 L Sink 500 50 115 M63836FP 20P2N 8 O G O O L Sink 500 50 O O oe 116 M63836KP 20P2E 8 Sink 500 50 Recommended product Under development
4. Oo A 2 QO Package outlines Pin connection Circuit diagram Vo max V lo max mA Type name O LO 500 M54585P FP KP 20P2N GND 500 M54587P FP O O LO M54661P FP IN 80 ENABLE 1500 M54666P O 00 500 M54667P 500 M63800FP 16P2N NC No connection 11 M63802P FP GP KP M63803P FP GP KP M63804P FP GP KP M63805P FP KP M63806P FP KP M63807P FP KP M63812P FP GP KP M63813P FP GP KP M63814P FP GP KP lo max V Circuit diagram Pin connection Package outlines 300 300 300 300 300 300 300 300 300 35 35 35 35 35 35 35 35 35 NC No connection Circuit Pin connection lo max Vo max Type name V Circuit diagram Pin connection Package outlines M63815P FP KP 300 55 M63816P FP 300 35 M63817P FP 300 35 OUT M63820FP KP 500 50 GND M63823P FP GP 500 50 GND M63824GP KP 500 50 GND M63826P FP GP 500 50 GND M63830P FP 1500 50 5 5 NC No connection Under development Thermal derating factor characteristics E n Circuit diagram Pin connection ICC M63832GP KP 500 50 GND 7 2K 3K M63834FP KP 500 50 GND 7 2
5. 16P4 7 O 2 2 L Source 150 50 44 M54580FP 16P2N 7 L Source 150 50 45 M54583P 18P4G 8 O L Sink 400 50 46 M54583FP 20P2N 8 L Sink 400 50 47 M54585P 18P4G 8 H Sink 500 50 O O O 48 M54585FP 20P2N 8 H Sink 500 50 49 M54585KP 20P2E 8 H Sink 500 50 50 M54587P 20 4 8 L Sink 500 50 51 M54587FP 20P2N 8 L Sink 500 50 O O O 52 M54661P 16P4 4 O O O O L Sink 1500 80 O O O 53 M54661FP 16P2N 4 O O O O L Sink 1500 80 O O 54 M54666P 16P4 4 O O O O L Sink 1500 80 O O O 55 54667 20P4 8 O H Source 500 80 O 56 M63800FP 16P2N 7 O L Source 500 50 57 M63802P 16P4 7 H Sink 300 35 58 M63802FP 16P2N 7 H Sink 300 35 Recommended product O O O 0 O 0 O 0 O 0 O O O O O 5 0 O 0 O O O 0 O 60 O 0 O 0 O 0 O 0 O 151 O 0 O 0 O O O 0 O O O O O O O O O O Application Features Type name PE Unit LED Solenoid Relay Lamp ae Output max Vo max Darlington Low p Input Mini frat voltage current mA V transistor nom sat operation diode package 59 M63802GP 16P2S 7 Sink 300 35 O O O 60 M63802KP 16P2Z 7 O Sink 300 35 O O 61 M63803P 16P4 Y H Sink 300 35 62 M63803FP 16 2 7 Sink 300 35 O O O 63 M63803GP 16P2S 7 2 Sink 300 35 m 64
6. M63803KP 16P2Z 7 O H Sink 300 35 O O O 65 M63804P 16P4 y O H Sink 300 35 66 M63804FP 16P2N 7 O O O H Sink 300 35 O O 67 M63804GP 16P2S 7 O H Sink 300 35 O O 68 M63804KP 16P2Z 7 H Sink 300 35 O O 69 M63805P 18P4G 8 O e 3 H Sink 300 35 O 70 M63805FP 20P2N 8 O O H Sink 300 35 O O O 71 M63805KP 20P2E 8 300 35 72 M63806P 18P4G 8 O O O H Sink 300 35 O O 73 M63806FP 20P2N 8 e H Sink 300 35 74 M63806KP 20P2E 8 H Sink 300 35 O O O 75 M63807P 18P4G 8 Sink 300 35 O 76 M63807FP 20P2N 8 O O O H Sink 300 35 O O 77 M63807KP 20P2E 8 H Sink 300 35 78 M63812P 16P4 7 O O O H Sink 300 35 O O O 79 M63812FP 16P2N O O H Sink 300 35 O 80 M63812GP 16P2S 7 H Sink 300 35 81 M63812KP 16P2Z O H Sink 300 35 O O O 82 M63813P 16P4 7 O O H Sink 300 35 O O 83 M63813FP 16P2N 7 G O Sink 300 35 O O O 84 M63813GP 16P2S 7 O O O H Sink 300 35 85 M63813KP 16P2Z 7 O E H Sink 300 35 2 86 M63814P 16P4 7 H Sink 300 35 O e 87 M63814FP 16P2N 7 H Sink 300 35 88 M63814GP 16 25 7 H Sink 300 35 O O O 89 M63814KP 16P2Z H Sink 300 35 90 M63815P 18P4G 8 O H Sink 300 35 91 M63815FP 20P2N 8 H Sink 300 35 O O 92 63815 20 2 8 H Sink 300 35 O
7. 0 40 17 M54528P 16P4 7 H Sink 150 40 18 M54530P 16P4 7 H Sink 400 40 19 M54530FP 16P2N 7 H Sink 400 40 20 54531 16 4 7 400 40 21 M54531FP 16P2N 7 H Sink 400 40 22 M54532P 16P4 4 H Sink 1500 50 23 M54532FP 16P2N 4 H Sink 1500 50 24 M54534P 16P4 6 H Sink 320 20 25 M54534FP 16P2N 6 H Sink 320 20 26 M54537P 16 4 7 H Sink 350 20 27 M54537FP 16P2N 7 H Sink 350 20 28 M54539P 16 4 6 H Sink 700 20 29 54560 16P4 7 L Source 150 40 30 M54561P 16P4 7 L Source 300 40 31 M54562P 18P4G 8 H Source 500 50 32 M54562FP 20P2N 8 H Source 500 50 33 M54563P 18P4G 8 H Source 500 50 34 M54563FP 20P2N 8 H Source 500 50 35 M54564P 18P4G 8 H Source 500 50 36 M54564FP 20P2N 8 O O O H Source 500 50 O O O 37 M54566P 16P4 7 L Sink 400 50 38 M54566FP 16P2N 7 L Sink 400 50 39 M54567P 16 4 4 L Sink 1500 50 O 40 M54567FP 16P2N 4 L Sink 1500 50 O 41 M54571P 20P4 6 O O O H Sink 350 40 O O 42 M54577P 16P4 7 O H Sink 30 30 O O 43 54580
8. 10 1 0 1 0 15 002 0 to 10 Detail A 2 1MAX T 2 ee Detail A TYPE 16922 16pin 225mil SSOP TYPE 20P2N 20pin 300mil SOP nie 0157095 0 to 10 5 Detail A 20P2E 20pin 225mil SSOP 2 1MAX 0 2 005 ES 0 E 0 1580 2 0 02 4 gt l 4 45 4 j Se _ Detail A Detail A 22
9. 63P FP High withstand M54564P FP ource H M63800FP d EN steer 54566 Sink L M54583P FP 500mA less than Source M54580P FP High withstand M63820FP KP M63824GP KP voltage 1 ANA 08506 63830 MIN E M63832GP KP 3V line M63834FP KP M63836FP KP M54516P 500mA MIN Sink H M54539P M54513P FP M54514AP AFP M54517P M54519P FP M54522P FP M54527P M54528P M54530P FP Low withstand voltage M54534P FP less than M54537P FP M54571P Sink 54577 M63802P FP GP KP M63803P FP GP KP M63804P FP GP KP M63805P FP KP M63806P FP KP M63807P FP KP 500mA less than M63812P FP GP KP M63813P FP GP KP M63814P FP GP KP M63815P FP KP M63816P FP KP M63817P FP KP M54560P Source M54561P Under development Codes for transistor array type name M 5 4523 P 5 4525 GP M 6 3802 6 3823 Package DIP type SOP type KP SSOP type Auxiliary signal Circuit type and circuit kind per product s series Application and the range of ambient temperature for operation Abbreviation shows the Mitsubishi Integrated Circuit Application reference 2000 E M54532 1500 M63830 9 1154567 Plunger 1000 54523 54525 54526 Relay M54562 200 M54563 Thermal head M63820 M54587 M63824 M63800 500
10. Changes for the Better MITSUBISHI RA ELECTRIC Transistor Array series Wide products range help reduce applications sets size and weight lransistor Array series i VAN Nag Application Transistor Array 15 a semiconductor integrated circuit in which a minute input current enables a high current drive Transistor Arrays are used in a wide range of fields therefore they are avallable in an abundant product series 30mA to 1 5A 20V to 80V Utilization of surface mount packages also enables compact lightweight and high density mounting of the target applications sets INDEX Function reference Codes for transistor array type name 79 Application reference P4 eArcade games 4 gt dii Gil es Quick reference PS eSlot machine eS rs Measurement instruments M z Circuit Pin connection P7 Elevators Thermal derating 214 factor characteristics CN How to use P15 Application examples 17 Package outlines P21 Copy machine FAX Printer e Calculator with printer _ Washing machine Refrigerator 22 eHot water dispenser Function reference Output withstand voltage Collector current Output format Input active level Type name M54523P FP M54525AGP M54526P FP M54532P FP M54585P FP KP M54666P Sink M63823P FP GP M63826P FP GP M54567P FP L M54587P FP 500mA MIN M54661P FP M54562P FP ui M545
11. M54516 M63832 gt M63823 M63826 M545170 lt M54566 M54583 T M54537 M54571 M54534 e 300 e 054561 Lamp 5 9200 5 2 150 e O M54580 M54527 M54528 M54560 Fluorescent 100 70 50 M54514A M54513 i LED 3 54577 20 10 0 10 20 30 40 50 60 Output voltage V M54661 ee Wire dot and daisy head F M54667 Mini printer head ND 80 90 100 Under development Application Features Type name e Unit LED Solenoid Relay Lamp Output Darlington Low Vce p Input Mini frat voltage current mA V transistor Ade sat operation diode package 1 M54513P 18P4G 8 H Sink 50 40 2 M54513FP 20P2N 8 H Sink 50 40 3 M54514AP 16P4 7 H Sink 50 20 4 M54514AFP 16P2N 7 H Sink 50 20 5 M54516P 14P4 5 H Sink 500 25 6 M54517P 16P4 7 H Sink 400 25 7 M54519P 16P4 7 H Sink 400 40 8 M54519FP 16P2N 7 H Sink 400 40 9 M54522P 18P4G 8 H Sink 400 40 O 10 M54522FP 20P2N 8 H Sink 400 40 11 M54523P 16P4 7 H Sink 500 50 12 M54523FP 16P2N 7 H Sink 500 50 13 M54525AGP 16P2S 7 H Sink 500 50 2 14 M54526P 16P4 7 H Sink 500 50 15 M54526FP 16P2N 7 H Sink 500 50 16 M54527P 14P4 6 H Sink 15
12. ashing machine gt I af e HHH Triac gate drive V V VA VI Motors solenoids drives Blanket Let soak Dry Hand wash min after Time remaining Inspection Display panel 1 times Wrinkle reduction Medium 14 min Add water 6min Very small 5 min High Ah r3 rrr ILI LIS e mE y WE WE WE WE WV Y LO 18 3 2 9 Refrigerator EEE 414124424 O 9 M63826P Fan heater 8 id Power relay 19 Ink jet printer Ink jet cartridge _ E o o gt A un 4 2 o E O n Fax Original paper feed stepping motor E Recording paper feed stepping motor M o L TED oF O El pan HEE Er 20 21 I Package outlines Unit mm TYPE 14P4 14pin 300mil DIP TYPE 16P4 16pin 300mil DIP 4 5MAX 3MIN 4 5 3MIN TYPE 18P4G 18pin 300mil DIP TYPE 20P4 20pin 300mil DIP 24 02 4 5 3MIN 4 5MAX 3MIN asd Unit mm TYPE 16P2N 16pin 300mil SOP 16925 16pin 225mil SOP
13. d operation deteriorates a little for relays etc as shown in Fig 9 When this is a problem a Zener diode 15 inserted at the clamp diode COM terminal in reverse series as shown in Fig 10 c to improve the current smooth flow The Zener diode voltage Vz should be selected such that Vs Vz Vr lt VBR cEO and a voltage type Zener should be used Fig 10 Method for protecting the transistor during L load operation Input voltage waveform a No clamp diode _ b Clamp diode only c Clamp diode H Zener L OV Vs Vs Vs Se Vz VF Output voltage waveform Clamp diode Vr UI xs L con L nus Tw OUT OUT OUT No clamp diode Output current waveform ES Clamp diode ae Zener diode 2 GND GND GND ey r Clamp diode only el OmA Time t 16 Air conditioner example 1 Internal unit o 5 Stepping motor Stepping motor Electronic chime Opto isolator A A Power relay M63823GP Air conditioner example 2 Internal unit Stepping motor Stepping motor 4434 E 1 M63823GP 17 Air conditioner example 3 External unit gt gt 3 o c O A 42 m DS Ls u T m NC RUOLI ET A A A A A A A A LO LO Vcc Y CJ 6 8 computer W
14. utput sink type application example Fig 5 Output source type application example Segment drive Fluorescent display tube 15 4 Low output saturation type The output transistor formats are the Darlington type and the single type The Darling ton type shown in Fig 6 can generate high operation current from a minute input current but the output satu ration voltage is 0 95 to 1 05V The single type shown in Fig 7 can keep the satu ration voltage low The out put saturation voltage and collector current characteris tics of these two types are shown in Fig 8 Fig 6 Darlington type Fig 8 Output saturation voltage and collector current characteristics M63823P FP GP Output saturation voltage and collector current characteristics Vo 200mA VBE VCE sat 1 0V Fig 7 Single type l1 0 5MA Collector current Ic mA M63813P FP GP KP COM 2 OUT Vo Output saturation voltage V GND Vo 200mA VCE sat 0 3V D Built in output clamp diode type When operating under an inductive L load such as a relay or motor the built in clamp diode shown in Fig 10 b is used to protect the circuit from the reverse voltage that occurs when the transistor array 15 turned off When only the clamp diode is connected the flow time of the current in the clamp diode is long and the switching sometimes Fig 9 Output voltage and current waveform during L loa

MITSUBISHI SLECTRIC Transistor-Array series

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