SAR ADCs for High Sampling Rate Applications
When looking at applications requiring low latency and low power consumption, the successive approximation register (SAR) ADC provides the best overall solution versus other architectures.
When looking at applications requiring low latency and low power consumption, the successive approximation register (SAR) ADC provides the best overall solution versus other architectures.
In this “Ask the Experts” blog, we look at the current – and future – role and impact that Bluetooth Low Energy (LE) technology will have for cars, drivers and the automotive market in general.
Suited for IoT applications, the SmartBond TINY Bluetooth LE SoC balances a small chip size and power footprint, and boasts performance levels unmatched by anything else on the market.
On the SmartEdge platform, the analog front end is the workhorse that converts the analog signals to the digital world. Central to this processing function is the analog-to-digital converter (ADC).
Due to the non-homogenous nature of IIoT requirements, one size does not fit all in the IIoT. ASICs offer many advantages to a customer and working with the correct supplier is key to achieving these benefits.
Low power Wi-Fi technology will make the smart home network a lot simpler by eliminating the need for an expensive hub and solving the issue of protocol fragmentation.
With an ASIC solution, all the condition monitoring circuitry can be placed on the same chip with all the required electronics for the core function of the product.
Debugging is an important part of embedded design; one that requires bridging the hardware/software gap.
Renesas is making this IP accessible to manufacturers looking to develop a custom IC. This will enable wireless broadband access to flourish and bring the internet to every part of the global population.
10年以上前、誰もがArmコアのライセンスを持っていた当時、私たちは反対を受けつつも覚悟を決めルネサスRX (Xtreme) マイクロコントローラの開発に挑戦しました。そのRXも昨年10周年を迎え、喜ばしい事に累計出荷台数10憶台到達という非常に重要なマイルストーンを達成することができました。