Q.
What are the differences between glitch free, safe state and no protection transitions in digital step attenuators (DSA)?
A.
Digital Step Attenuators usually have an array of attenuator stages internally and turning on or off the different stages…
| HMC928 |
| HMC929 |
| HMC931 |
| HMC932 |
| HMC933 |
| HMC934 |
| HMC935 |
| HMC247G |
| HMC538 |
| HMC-C018G |
| HMC-C025G |
| HMC-C053G |
| HMC-C584G |
| HMC7056G |
| HMC7054G |
| HMC7053G |
| HMC7056AG |
| HMC642G |
| HMC642AG |
| HMC643G |
| HMC644AG |
| HMC647 |
| HMC647A |
Presenter: Bilge Bayrakci
In this webcast, we will introduce Analog Devices' new RF & MW switch and attenuator family of products implemented in advanced silicon process. We will discuss how the new products benefit from the inherent advantages of…
砷化镓技术是射频和微波器件设计的常用技术，但如果产品要求快速建立时间和快速开关时间，硅工艺优于砷化镓。
那么问题来了——
采用硅技术的射频和微波控制产品，相比砷化镓器件，优势在哪里呢？
为此，ADI举行了一场主题为【采用硅技术的射频和微波控制产品】的在线研讨会。在研讨会中，ADI射频和微波控制产品部门营销经理Bilge Bayrakci 介绍了ADI采用先进硅工艺制造的新型射频和微波开关以及衰减器系列产品。相比使用砷化镓制造的传统计数器件，Bilge 讨论了新产品如何从硅技术的固有优势中受益…
You need a PLL which drives a frequency doubler which drives an amplifier. Possible choices might be ADF4371 (PLL), HMC1105 (frequency doubler) and HMC7229 (amplifier). These are not the only choices.
This part is EAR99. The attached RFIC selection guide lists the ECCN codes for all of ADI's RF products.
