【应用笔记】使用Altera的高密度BGA封装器件进行设计(Designing With High-Density BGA Packages for Altera Devices)
As programmable logic devices (PLDs) increase in density and I/O pins,
the demand for small packages and diverse packaging options continues
to grow. Ball-grid array (BGA) packages are an ideal solution because the
I/O connections are on the interior of the device, improving the ratio
between pin count and board area. Typical BGA packages contain up to
twice as many connections as quad flat pack (QFP) packages for the same
area. Further, BGA solder balls are considerably stronger than QFP leads,
resulting in robust packages that can tolerate rough handling.
Altera has developed high-density BGA solutions for users of
high-density PLDs. These new formats require less than half the board
space of standard BGA packages.an114.pdf
共1条
1/1 1 跳转至页
【应用笔记】使用Altera的高密度BGA封装器件进行设计(Designing With High-Density BGA Packages for Alter
共1条
1/1 1 跳转至页
回复
我要赚赏金打赏帖 |
|
|---|---|
| 片外存储Flash使用方法(Arduino IDE环境)被打赏¥22元 | |
| 三分钟快速上手ESP-NOW(ArduinoIDE环境)被打赏¥23元 | |
| 【S32K3XX】LPSPI参数配置说明被打赏¥21元 | |
| 在WT9932C61-TINY上实现超声波测距被打赏¥22元 | |
| 基于WT9932C61-TINY的环境构建及OLED屏驱动测试被打赏¥20元 | |
| 【S32K3XX】Core-to-Core 中断使用被打赏¥21元 | |
| 「AI编程记录--含源码」用一晚上的时间写一个esp32的示波器被打赏¥19元 | |
| STM32C0116DK开发探索记(3)被打赏¥30元 | |
| STM32C0116DK开发探索记(2)被打赏¥24元 | |
| STM32C0116DK开发探索记(1)被打赏¥29元 | |
我要赚赏金
