0312-0-15-15-36-27-10-0

Name: Mill-Max 0312-0-15-15-36-27-10-0
Brand: Mill-Max
SKU: 575-0312015153627100
Price: 6.3 RMB
Availability: InStock

图像仅供参考
请参阅产品规格

Mouser编号：

575-0312015153627100

制造商编号：

0312-0-15-15-36-27-10-0

制造商：

Mill-Max

说明：

管脚和插座连接器 Surface Mount Receptacle, No Tail, Gold over Nickel, .076 Mount Hole

数据表:

0312-0-15-15-36-27-10-0 数据表 (PDF)

ECAD模型:

下载免费库加载程序，将此文件转换，以供您的ECAD工具使用。了解详情。

更多信息

了解Mill-Max 0312-0-15-15-36-27-10-0详情

.hidden-for-nojs { display: none; } .pull-right-nojs { justify-content: flex-end; }

产品属性	属性值	选择属性
制造商:	Mill-Max
产品种类:	管脚和插座连接器
RoHS:
产品:	Receptacles
电流额定值:	8 A
系列:	0312
封装:	Bulk
商标:	Mill-Max
产品类型:	Pin & Socket Connectors
工厂包装数量:	1000
子类别:	Pin & Socket Connectors

找到的产品:

要显示类似产品，至少选中一个复选框

要显示该类别下的类似产品，请至少选中上方的一个复选框。

已选择的属性: 0

筛选文档:

数据表

0312-0-15-15-36-27-10-0 数据表 (PDF)

合规代码

CNHTS:: 8536901100
USHTS:: 8536904000
TARIC:: 8536901000
ECCN:: EAR99

原产地分类

原产国:: 美国
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。

High-Current Contacts

Mill-Max High-Current Contacts are versatile devices with 10mΩ maximum contact resistance, four-finger contact design, and low insertion force. The low force allows easy mating and de-mating of multi-pin connections. These contacts are available in different termination styles, including through-hole solder mount, press-fit for plated through holes, and surface mount. The high-current contacts are ideal for use in connector and cable assemblies or as PCB jacks for power connections. Typical applications include communications equipment, pumps, fans, DC motors, and industrial control equipment.

Pin Receptacles

Mill-Max Pin Receptacles, also referred to as PCB sockets, micro-plugs, or connector jacks, are board-level connectors known for their reliability and versatility. The two-piece construction combination of a precision-machined outer shell and a stamped internal finger contact provides flexibility, quality, and reliability for critical applications. The pin receptacles offer excellent performance under shock and vibration and a high mechanical life without degradation from insertion/withdrawal forces.