MIKROE-4726

Name: Mikroe MIKROE-4726
Brand: Mikroe
SKU: 932-MIKROE-4726
Price: 131.76 RMB
Availability: InStock

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Mouser编号：

932-MIKROE-4726

制造商编号：

MIKROE-4726

制造商：

Mikroe

说明：

电源管理IC开发工具 eFuse Click

数据表:

MIKROE-4726 数据表

更多信息

了解Mikroe MIKROE-4726详情

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产品属性	属性值	选择属性
制造商:	Mikroe
产品种类:	电源管理IC开发工具
RoHS:
产品:	Add-On Boards
类型:	eFuse
输入电压:	3.3 V
工具用于评估:	STPW12
商标:	Mikroe
接口类型:	GPIO, PWM
最大工作温度:	+ 125 C
最小工作温度:	- 40 C
输出电流:	1 A
产品类型:	Power Management IC Development Tools
工厂包装数量:	1
子类别:	Development Tools

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数据表

MIKROE-4726 数据表

合规代码

USHTS:: 8536308000
TARIC:: 8473302000
ECCN:: EAR99

原产地分类

原产国:: 塞尔维亚
组装原产国/地区:: 不可用
扩散国家:: 不可用

发货时，国家/地区可能会发生变化。

Sensor Click Boards

Mikroe Sensor Click Boards enable the addition of various sensors to applications and designs. Click boards™ are based around the mikroBUS™ interface standard and easily add incredible capabilities to systems. Mikroe Sensor Click Boards are ideal for any application that requires custom sensor capability.

Click Boards™

MikroElektronika MikroBUS™适配器click boards™旨在彻底改变用户向开发板添加新功能的方式。用户可以将click boards插入到创新型MikroBUS™标准插槽中，无需配置硬件即可开始使用。MikroElektronika mikroBUS™适配器click boards包括无线通信模块、有线通信模块、传感器模块以及其他模块和附件。

Power Management Click Boards

Mikroe Power Management Click Boards are used to add power management solutions for various applications. Mikroe Click Boards are based around the mikroBUS™ interface standard and easily add incredible system capabilities. The devices are ideal for any type of power applications, including medical, industrial, and automation.

eFuse Click

Mikroe eFuse Click features the STMicroelectronics STPW12 integrated electronic power breaker optimized to monitor input power. The click is connected in series to the power rail and can disconnect the electronic circuitry on its output if the power consumption overcomes the programmed limit. The intervention of the protection is communicated to the MCU through a signal on the fault pin. The device can also be enabled/disabled through a dedicated Enable pin with a direct PWM mode, which is achieved through an external PWM signal.