Hi,
The datasheet is not clear how to configure the HMC1044 and it's not very easy as this chip is write only.
Description of SPI link with 9 bits data, 4 bits reg_addr and 3 bits chip_addr :
Next page, description of unique register :
I think…
Hi,
The datasheet is not clear how to configure the HMC1044 and it's not very easy as this chip is write only.
Description of SPI link with 9 bits data, 4 bits reg_addr and 3 bits chip_addr :
Next page, description of unique register :
I think…
Hi,
Where can I find the s2p files for the HMC1044 tunable filter?
Hi,
I am using HMC1044 in one of my application. Using STM32F417 controller to configure HMC1044 through its SPI.
I tried with 1MHz to 20Mhz as SPI clock but not able to configure HMC1044. What is the supported SPI clock frequency ? in data sheet I see…
Hi,
I noticed the frequency range of CN0507 is determined by the low-pass filters (HMC1044) and the directional couplers. The hardware should work up to 6GHz, if I replace HMC1044 with another filter up to 6GHz and replace BDCN-14-342+ with another coupler…
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: Mel Conway, Product Manager, Instrumentation, High-speed & RF and Precision
This webcast will explain ADI's new and expanded RF capabilities since the acquisition Hittite Microwave. We will give examples of the wider frequency spectrum…
此次在线研讨会阐释了自收购Hittite Microwave后ADI的全新及扩展的RF能力。我们会举例说明ADI涵盖的更宽频谱范围及其真DC的重要性。信号链外的性能同样至关重要,展示低噪声、高稳定性控制和电源元件如何改善总体RF信号性能,并将讨论完整的信号链示例。
主要讨论天线到比特和比特到天线,信号链覆盖,即刚才提到的从真正的DC 0 Hz到110 GHz的频谱覆盖。 我会简要介绍其中涉及到的各类设备。
为什么良好的RF需要良好的电源,大家知道,RF需要干净的电源。然后,最后会和大家讨论“不止是芯片…
天线到数字以及数字到天线……ADI凭借领先的射频技术能力、系统知识与工艺技术,提供直流到90 GHz以上、涵盖整个RF信号链最丰富多样的RF IC组合。
面对上千款的RF IC产品,如何选出最适合自己应用的哪一款呢?ADI《RF和微波IC》最新选型指南来帮您。(附件)
最新版的《RF和微波IC》选型指南主要包括RF放大器、可变增益放大器、衰减器、RF混频器、I/Q调制器和解调器、集成式收发器……
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.