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PDF STK672-050-E Data sheet ( Hoja de datos )

Número de pieza STK672-050-E
Descripción Stepping Motor Driver
Fabricantes ON Semiconductor 
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No Preview Available ! STK672-050-E Hoja de datos, Descripción, Manual

Ordering number : EN5228D
STK672-050-E
Thick-Film Hybrid IC
Unipolar Constant-current Chopper (external excitation
PWM) Circuit with Built-in Microstepping Controller
Stepping Motor Driver (sine wave drive)
Output Current 3.0A (no heat sink*)
http://onsemi.com
Overview
The STK672-050-E is a stepping motor driver hybrid IC that uses power MOSFETs in the output stage. It includes a
built-in microstepping controller and is based on a unipolar constant-current PWM system. The STK672-050-E
supports application simplification and standardization by providing a built-in 4 phase distribution stepping motor
controller. It supports five excitation methods: 2 phase, 1-2 phase, W1-2 phase, 2W1-2 phase, and 4W1-2 phase
excitations, and can provide control of the basic stepping angle of the stepping motor divided into 1/16 step units. It also
allows the motor speed to be controlled with only a clock signal.
The use of this hybrid IC allows designers to implement systems that provide high motor torques, low vibration levels,
low noise, fast response, and high-efficiency drive.
Applications
Facsimile stepping motor drive (send and receive)
Paper feed and optical system stepping motor drive in copiers
Laser printer drum drive
Printer carriage stepping motor drive
X-Y plotter pen drive
Other stepping motor applications
Note*: Conditions: VCC1 = 24V, IOH = 2.0A, 2W1-2 excitation mode.
Semiconductor Components Industries, LLC, 2013
June, 2013
61108HKIM/52004TN(OT)/60200RM(OT)/N2997HA(ID)/11896HA(ID) No.5228-1/19

1 page




STK672-050-E pdf
Test Circuit Diagrams
Vsat
VCC2
Start
Vref=2.5V
7
14 6 A
5A
9 2B
10 1 B
STK672-050-E
8
VCC2
+ 16
22
4
3
STK672-050-E
VCC1
V
ITF02391
Vdf
7
6A
5A
2B
1B
STK672-050-E
V
4
3
22
A
ITF02392
IIH, IIL
IIH
A
IIL
Ioave, ICC, fc
VCC2
M1 9
M2 10
M3 11
M4 12
M5 13
7
CLK
CWB
14 STK672-050-E
15
RESET 16
RETURN 17
ENABLE 18
Vref 8
22
Start
Vref=1V 0V
5V
Low when
measuring ICC
0V
VCC2
+
ITF02393
VCC2
A
7
14 6 A
9 2A
10
5B
1B
8 STK672-050-E
18
16
22
VCC1
a ba b
SW1
SW2
VCC1
A
ITF02394
When measuring Ioave: With SW1 set to ‘a’, Vref = 0.6V
When measuring fc: With SW1 set to ‘b’, Vref = 0V
When measuring ICC: Set ENABLE low
No.5228-5/19

5 Page





STK672-050-E arduino
Output Pin Functions
Pin No.
19
20, 21
Symbol
MOI
MO1, MO2
STK672-050-E
Function
Phase excitation origin monitor
Phase excitation state monitor
Pin circuit type
Standard CMOS structure
Standard CMOS structure
Output Signal Functions and Timing
A, A, B, and B (Motor phase excitation outputs)
1) Function:
- In the 4 phase and 2 phase excitation modes, a 3.75μs (typical) interval is set up between the A and A and B and
B output signal transition times.
MO1, MO2, and MOI (Phase excitation state monitors)
1) Pin circuit type: Standard CMOS structure
1) Function:
- Output of the current phase excitation output state.
Phase coordinate
Phase A
Phase B
Phase A
Phase B
MO1 1 0 0 1
MO2 0 1 0 1
MOI outputs a 0 when each phase is at the origin, and outputs a 1 otherwise.
Current division ratios set by M3, M4, and M5 ········· Values provided for reference purposes.
Mode
Circular
1
2
3
Setting
M3 = 0
M3 = 1
M4 = 1
M5 = 1
M4 = 0
M5 = 0
M4 = 1
M5 = 0
M4 = 1
M5 = 1
Units
Number of steps
14 15 15 13
1/16
2W1-2
20
25
23
19
1/8 2/16
31 34 33 28
3/16
2W1-2
40
44
42
39
2/8 4/16
48 51 49 45
5/16
2W1-2
55
62
57
54
3/8 6/16
Current
65 69 65 62
7/16
division
4W1-2
%
ratio
2W1-2
71
77
71
69
4/8 8/16
77 82 77 74
9/16
2W1-2
83
88
85
82
5/8 10/16
88 92 89 85
11/16
2W1-2
92
95
95
92
6/8 12/16
97 98 98 94
13/16
2W1-2
100
100
100
100
7/8 14/16
[Load conditions]
VCC1 = 24V, VCC2 = 5V, R/L = 3.5/3.8mH
No.5228-11/19

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