MTD2003 Datasheet, PDF (1/2 Pages) Shindengen Electric Mfg.Co.Ltd – Stepping Motor Driver ICs

SHINDENGEN
Stepping Motor Driver ICs
MTD2003
FEATURES
●Constant-current chopping function
(Frequency fixed, separate-oscillation)
●4-phase input
(with inhibit for simultaneously turn ON)
●Current levels can be selected in
2 bit digital signal
●A noise cancel function is provided
(No externally attached filter needed)
●Protection for penetration current
●Built-in flywheel diodes
OUTLINE DIMENSIONS
Case : ZIP-27
MTD Series
(Unit : mm)
RATINGS
●Absolute Maximum Ratings (Ta=25℃)
Item
Output Voltage
Output Current
Logic　Supply　Voltage
Logic　Input　Voltage
Total Power Dissipation
Junction Temperature
Storage Temperature
Symbol
V_CEO(SUS)
I_O
V_CC
V_IN
P_T
Tj
Tstg
●Electrical Characteristics (Ta=25℃)
Item
Output Saturation Voltage(Upper side)
Output Saturation Voltage(Lower side)
Output Leakage Current(Upper side)
Output Leakage Current(Lower side)
Logic Supply Current(Standby)
Logic Supply Current(All Circuit ON)
Input High Voltage
Input Low Voltage
Logic High Input Current
Logic Low Input Current
Io,I_I”H”Input Voltage
Io,I_I”L”Input Voltage
Io,I_I”H”Input Current
Io,I_I”L”Input Current
Current Sensor Threshold(100%)
Current Sensor Threshold(70%)
Current Sensor Threshold(33%)
Reference Input Current
Input Current(Current Sensor)
Pulse Blanking Time
Symbol
Test Conditions
V_CE(sat)H Io=1.0A
V_CE(sat)L Io=1.0A
Ir_H Vmm=30V,Vout=0V
I_rL Vout=30V,V_RS=0V
I_CC(OFF) V_CC=5V,IN="H,H"or"L,L"
I_CC(ON) V_CC=5V
V_INH V_CC = 5V
V_INL V_CC = 5V
l_INH V_CC = 5V,V_IN=5V
l_INL V_CC = 5V,V_IN=0V
V(Io,I_I)H V_CC=5V
V(Io,I_I)L V_CC=5V
I(Io,I_I)H V_CC=5V,V(Io,I_I)=5V
I(Io,I_I)L V_CC=5V,V(Io,I_I)=0V
V_S1 V_CC=Vr=5V,V(Io)=0V,V(I_I)=0V
V_S2 V_CC=Vr=5V,V(Io)=5V,V(I_I)=0V
V_S3 V_CC=Vr=5V,V(Io)=0V,V(I_I)=5V
Iref V_CC=5V,Vr=5V
Isense V_CC=5V,V_S=0V
tb V_CC=5V,Ct=3300pF
Copyright & Copy;2000 Shindengen Electric Mfg.Co.Ltd
Ratings
Unit
30
V
1.2
A
0～6
V
0～V_CC
V
5
W
150
℃
-40～150
℃
min.
2.7
GND
2.7
GND
0.475
0.322
0.153
typ.
max.
Unit
1.2
1.4
V
0.7
1.0
V
10
μA
10
μA
15
25
mA
50
65
mA
Vcc
V
0.6
V
10
μA
-3
-20
μA
Vcc
V
0.6
V
10
μA
-75
-100
μA
0.5
0.525
V
0.35
0.378
V
0.17
0.187
V
500
650
μA
-1
-10
μA
1.55
μs