NEWS
accurate monitoring of machinery, enabling predictive maintenance and reducing downtime.
ADCs explained
ADCs work by converting continuous signals into discrete signals for easier transmission and processing of information. This is done by sampling the input repeatedly over a given timeframe, balancing the time interval to keep the amount of data manageable while also minimising the information lost. the resolution, speed, size, bandwidth or precision required are all considered ideal for applications that prioritise higher bandwidths.
metrics, like tyre pressure, fall below a predetermined threshold. In industrial applications, signal conditioning is vital for monitoring and controlling various physical parameters in environments like manufacturing facilities, power stations and within automation systems. High-resolution ADCs digitise outputs from sensors measuring variables vibration.
This digitised data is then processed to maintain optimal operating conditions, prevent equipment failures and improve plant, precise signal conditioning allows for
Building a standard ADC means choosing from a limited set of commercial off-the-shelf parts. This can lead to a components just to achieve the minimum necessary performance in other areas and an end product that takes up more space than is necessary. In reality, there is a better solution; integrate the ADC into an (ASIC).
An integrated solution ASICs are integrated circuits that are an application. Most often, this is within a smart sensor system, where changes in the analogue environment, like pressure, temperature or current, must be digitised through signal conditioning to be processed. integrating them onto a single chip. By integrating the ADCs onto the ASIC, the analogue and digital aspects of the design are combined into a single silicon die.
This allows the system to become smaller and more mechanically robust, as well as eliminating the cost of the separate ADC component. This ultimately reduces cost by cutting down the time required to liaise between multiple manufacturers, as well as enhancing the validation process by allowing the entire package to be tested together.
Combining both analogue and digital functions onto a single chip also brings the process under one supplier. This ultimately reduces cost by cutting down the time required to liaise between multiple manufacturers, as well as enhancing the validation process by allowing the entire package to be tested together. has resulted in a vast array of relevant IP that can be used to provide the signal conditioning parameters that you require. Alongside this, Swindon makes use of foundry IP and supplied IP, reducing performance.
In addition to these core components, once the ADC element is integrated, others like VCOs and PLLs, crucial for timing and synchronisation in signal processing, power management components such as DC/DC converters and voltage regulators, which power conditions can be integrated along with the ASIC and ADC into a single package. Signal conditioning is an essential aspect of modern electronic systems, enabling accurate and reliable data processing across various applications. ASICs, with their customised design and integration of high-performance components, play and functionality of signal conditioning processes to generate the most optimised solution possible.
1550ZF IP68 flanged die-cast aluminium Learn more:
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uksales@hammondmfg.com • 01256 812812
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