步进电机 | Analog Devices

步进电机

步进电机能够在低速和静止状态下提供高扭矩，因此需要精确定位时通常会首选此类驱动器。结合ADI Trinamic先进技术，充分利用步进电机的特性优势，以每转多达51200微步，将数字信息转换为理想的物理运动。

Go to Product Selection Table

Viewing:

分类产品

NEMA 24 smart stepper motor 12 to 52V, 3Nm, 256 µSteps, EtherCAT interface, closed loop

NEMA 17 smart stepper motor 22Ncm, 256 µSteps, SixPoint ramp controller with CAN interface, SensOstep, StallGuard2 and CoolStep, StealthChop

NEMA 23 smart stepper motor 12 to 52V, 55Ncm, 256 µSteps, S-Shaped and SixPoint ramp controller with CAN interface, closed loop

NEMA 24 smart stepper motor 12 to 52V, 3Nm, 256 µSteps, SixPoint ramp controller with CAN interface, SensOstep, StallGuard2 and CoolStep, StealthChop

NEMA8 / 20mm ﬂange size stepper motor and the TMCM-1210 controller / driver

NEMA 23 smart stepper motor 12 to 52V, 55Ncm, 256 µSteps, SixPoint ramp controller with CAN interface, SensOstep, StallGuard2 and CoolStep, StealthChop

NEMA 23 smart stepper motor 9 to 51V, 55Ncm, 256 µSteps, with S/D and UART interface, StallGuard2, CoolStep and StealthChop

NEMA 17 smart stepper motor 10 to 30V, 40Ncm, 256 µSteps, SixPoint ramp controller, with USB, S/D, CAN and RS485 interface, SensOstep, StallGuard2 and CoolStep, StealthChop

NEMA 17 smart stepper motor 9 to 28V, 22Ncm, 256 µSteps, S-Shaped and SixPoint ramp controller with RS485 interface, closed loop

NEMA 23 smart stepper motor 12 to 52V, 55Ncm, 256 µSteps, SixPoint ramp controller with USB, S/D RS485 and CAN interface, SensOstep, StallGuard2 and CoolStep, StealthChop

通过微步进实现平滑、精密运动

步进电机通常使用永磁转子，并将电机线圈用作定子。向电机线圈发送电流会产生电磁场，迫使磁转子进入期望位置。典型的混合式步进电机具有50个磁极对，因此电机可实现200个整步，即每一整圈(360°)有200个精确定位点。使用额外的电流状态可生成更小的步进，例如半步或微步。由此不仅能提高电机的精度、扭矩和效率，还能降低步进损失、振动和噪声。

了解详情

campaign-image

campaign-image

通过微步进实现平滑、精密运动

步进电机通常使用永磁转子，并将电机线圈用作定子。向电机线圈发送电流会产生电磁场，迫使磁转子进入期望位置。典型的混合式步进电机具有50个磁极对，因此电机可实现200个整步，即每一整圈(360°)有200个精确定位点。使用额外的电流状态可生成更小的步进，例如半步或微步。由此不仅能提高电机的精度、扭矩和效率，还能降低步进损失、振动和噪声。

了解详情

{{#if toggleButtonDescription}} {{/if}} {{#if newProjectTitle}} {{/if}}