AP1029ADN
EOL
A single power supply, 5.5V ~ 32V, 1.2A, Built-in Start-UP function, 1ch H-Bridge Motor Driver IC
A single power supply, 5.5V ~ 32V, 1.2A, Built-in Start-UP function, 1ch H-Bridge Motor Driver IC
EOL
Description
The AP1029ADN is a 1ch H-Bride Motor Driver characterized by generating a constant motor torque, a built-in Start-Up function and a small package. The H-bridge of the AP1029ADN employs the P - N construction that eliminates the need for charge pump reducing the external parts, and its low on-resistance realizes high efficiency while keeping low consumption. An anomaly detection output pin, under voltage detection circuit, thermal shut down circuit and over-current protection circuit are integrated. These functions will improve reliability of the system. The AP1029ADN is the product of the general-purpose H-bridge motor driver AP102x series.
Key Features
Has a startup function Torque control and speed control at motor startup are possible.
Low on resistance The on-resistance of the built-in driver is low, with a combined high-side and low-side resistance value of 1.0Ω (TYP.), Resulting in low power consumption and high.
Safety devices are installed. The low-voltage detection circuit, overheat protection circuit, and overcurrent protection circuit are installed, so you can use it with confidence.
Applications
Driving various small motors
Specifications
Part Number |
AP1029ADN |
---|---|
Number of Channels |
1 |
Motor Voltage(VM) (MIN.) [V] |
5.5 |
Motor Voltage (VM) (TYP.) [V] |
12.0 |
Motor Voltage (VM) (MAX.) [V] |
32.0 |
Control Voltage (VC) (MIN.) [V] | |
Control Voltage (VC) (TYP.) [V] | |
Control Voltage (VC) (MAX.) [V] | |
DC Current (Max) [A] |
1.2 |
Peak Current (MAX.) [A] | |
Other |
Automotive Qualified |
Operating Temperature [℃] |
-40 to 85 |
Device Package |
HWQFN |
Number of Pins |
16 |
Product Information
Part Status |
EOL |
---|---|
Pb Free |
Yes |
Halogen Free |
Yes |
MSL |
MSL2 |
Packaging |
TAPE |
JEDEC Standard Packaging |
Compliant |
Minimum Order Quantity [pcs.] |
4000 |
Replacement P/N |
Block Diagram