STMicroelectronics Stepper Motor Controller, Dual Configuration, 7 V 20-Pin SOIC L6506D

STMicroelectronics L6506D stepper motor controller is a high precision motor controller designed for stepper motor applications requiring dual configuration capabilities. It supports a collector emitter voltage of up to 7 V, making it suitable for low voltage stepper motors in various industrial and electronic applications.

This device comes in a surface mount 20-pin SOIC package providing a compact footprint for high-density circuit boards. It operates efficiently within supply voltage limits from 4.5 V to 7 V and draws 25 mA supply current, optimizing power consumption during operation.

The controller delivers output current up to 2.75 mA suitable for reliable motor driving. It features a wide operating temperature range from -40°C to 150°C, making it robust against harsh industrial environments and extended temperature fluctuations.

With dimensions of 13 mm length, 7.6 mm width, and 2.35 mm height, the L6506D is easy to integrate into compact electronic designs. It does not conform to automotive standards but is well suited for motor control in automation, robotics, instrumentation, and other applications requiring precise stepper motor control.

This motor controller supports stepper motors with dual configuration operation. Maximum collector emitter voltage rating of 7 V ensures safe operation. Compact 20-pin SOIC surface mount package for space saving. Operation over supply voltages from 4.5 V to 7 V for flexible power input.

Output current rated at 2.75 mA for efficient motor performance. Wide operating temperature range from -40°C to 150°C for industrial use. Low current consumption at 25 mA supply current. Suitable for use in electronics, industrial machinery, automation, and robotics.

This STMicroelectronics L6506D Motor Controller is a reliable choice meeting industrial motor control requirements and can be sourced for electronics manufacturing and repair workflows through EnvMart’s Motors & Pumps catalog.