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L6285

PinoutSpecifications Symbol Parameter Value Unit VP Power Supply Voltage 30 V VS Logic Supply Voltage 7 V Vin Logic Input Voltage -0.3 toVS+0.3 V ILOW Low Side DMOS max DC Current 1 A IHIGH High Side DMOS max DC Current 1 ...

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SeekIC No. : 004389272 Detail

L6285: PinoutSpecifications Symbol Parameter Value Unit VP Power Supply Voltage 30 V VS Logic Supply Voltage 7 V Vin Logic Input Voltage -0.3 toVS+0.3 ...

L6285 Data Sheet

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Part Number:
L6285
Supply Ability:
5000

Price Break

  • Qty
  • 1~5000
  • Unit Price
  • Negotiable
  • Processing time
  • 15 Days
Total Cost: $ 0.00

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Upload time: 2025/1/11

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Product Details

Description



Pinout

Connection Diagram


Specifications

Symbol
Parameter
Value
Unit
VP
 Power Supply Voltage
30
V
VS
 Logic Supply Voltage
7
V
Vin
 Logic Input Voltage
-0.3 toVS+0.3
V
ILOW
 Low Side DMOS max DC Current
1
A
IHIGH
 High Side DMOS max DC Current
1
A
IpLOW
 Low Side DMOS max Peak Current (1ms On; 50ms OFF)
2
A
IpHIGH
 High Side DMOS max Peak Current (1ms On; 50ms OFF)
2
A
Vbout
 Max Output Voltage of Stepper Motor Driver (transientrcirculation)
60
V
Vsense1;2
Max Voltage ON Vsense (CHA/CHB)
-1 to 2
V
Vsense 3
 Max Voltage ON Vsense (CHC)
-1 to 2
V
IfdDC
 Max DC Current of Forward Diode (DMOS Source Drain Diode)
1
A
Ifdpk
 Max Peak Current of Forward Diode (DMOS Source DrainDiode) (1ms On;50ms OFF)
2
A
Ptot
 Total Power Dissipation (Tpins = 90°C)
With minimized dissipating copper area (Tamb= 70°C)
5
1.6
W
W
Top
 Operating Temperature Range
0 to 150
°C
Tstg
 Storage Temperature Range
-40 to 150
°C



Description

This Combo Motor Driver uses large scale integration to incorporate several functions into the same chip. 1) Two unipolar stepper motor driver 2) A full bridge DC motor driver 3) Serial microprocesor interface The power output stages are DMOS and the input can be interfaced to a CMOS Microprocessor logic.

The phase current in the unipolar stepper motor windings is controlled by two external sensing resistors in fixed frequency chopping mode. The L6285 provides clocks each other 180°  out of phase to the two stepper motor driver in order to avoid symultaneous current peaks. For the DC motor driver is used a bridge; the RMS voltage to supply this motor is fixed by asimple PWMopen loop. The 3 motors are controlled by the micro through 4 latches of 4 bit each.

The loading of these registers is in serial mode. The L6285 operates at 5V supply for the logic and at 24V supply for the power stages. The packages are SDIP42 and PLCC44 with 6 pins devoted to ground and to sink out the heat produced by power dissipation.




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