扁平非标系列贴片电源电感器

平板非标系列贴片电源电感:

产品实现制造过程:

刚性和柔性相结合的PCB制造工艺。

●产品应用:

手机、平板电脑、近距离蓝牙耳机;

腕带,智能手表;

多功能智能卡(nfc-sim卡、VIP可视标准卡、蓝牙标准卡)

●产品属性—外形尺寸:

单位:毫米

P / N	一个	B	C	D	E	F	G	H	我	J	K
P060MQ0234B1	11.20±0.15	6.50±0.15	0．45±0.1	0．48	1.60	6.10	11.10	1.70	1.00	6.20	12.1

●产品属性——电气性能参数(一):

P / N	Lp(哦)	宽容	问	测试水平/阻抗	测试频率	DCR (Ω)马克斯
P060MQ0234B1	4．7	30％	0.71	1 v / 100Ω	100千赫	1．6

●产品属性——电气性能参数(二):

P / N	L(哦)	宽容	T美国东部时间频率	直流电阻（Ω)马克斯
P060MQ0234B1	1.68	10％	13.56兆赫	1.55Ω

●产品属性——平面结构单元图:

●产品属性-堆叠:

★其他增值服务:可提供定制化产品设计开发、产品制造、产品性能评估。

简介:
片式电感器直接用于混合集成电路(HIC)安装在带引线的多层陶瓷介质容器上。早在20世纪60年代，JDI和Sprague就开始在美国生产。我n 1977, panasonic of Japan used SMT, SMC and SMD processes in consumer electronic products such as ultra-thin semiconductor radios.
为了满足SMT的需要，芯片电感的研发开始了，并很快实现了产业化。
“片式电感器”是电感器结构分类的名称。一个ccording to the classification of structure and manufacturing process, inductors are divided into two categories: cartridge type stereoscopic inductor and stick type chip inductor. The main manufacturing technology of traditional cartridge inductor is "winding", that is, the wire is wound around the magnetic core to form inductor coil (also common hollow coil).This inductor is characterized by a wide range of inductance, high accuracy of inductance value, high power, small loss, simple manufacturing, short production cycle, adequate supply of raw materials, disadvantages are low degree of automation production, high production cost, difficult to small lightweight.
分类
芯片电感器从制造工艺上分为四种类型，即绕组型、层合型、编织型和薄膜型电感器。一个mong them, winding inductor is the traditional winding inductor miniaturization product, laminated type is the use of multi-layer printing technology and laminated production process, volume than winding type chip inductor is smaller, is the inductor field of key development of the product.Chip inductor current situation and trend of development as the micro inductor to achieve enough inductance and quality factor (Q) is more difficult, at the same time due to the magnetic components in the circuit and magnetic circuit intertwined, production process is complicated, look for one of the three basic passive components of inductor chip, obviously lagging behind the capacitor and resistor.