Anadigm®, The dpASP company

Programmable Analog Filter, d.c. to 600KHz. You choose filter type, approximation, corner frequency and gain using a DIP switch or logic input pins levels

complete analog base-band filter/signal processor allowing you to design and develop a universal RFID tag reader

dpASP chipset simplifies analog design of subwoofer signal conditioning introducing pre-built Analog AutoEQ

Highlights

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| Datasheets | Application Notes

Take control of your analog design using the power and flexibility of Anadigm's^® unique and simple design methodology...dpASP or FPAA

click here - for a simplified overview of Anadigms Technology

dynamically reconfigure your ANALOG circuit in realtime
define and update analog circuits using software
concept to production in a fraction of the time

news

	Minor Package Change Notification. 1st December 2019, AN231E04 FPAA Device Effective immediately.
to learn more read this letter, here
	New, bigger Development Boards Anadigm has released for sale two new Development boards. Supporting two and four AN231E04 FPAA's respectively, the board have new faster USB connection to a PC and support larger Analog circuit design through multiple FPAA IC's. These boards contain a 3rd party 80MHz, 32Bit controller suitable for use developing embedded FPAA algorithms directly from exported AnadigmDesigner2 c-code.
Overview description can be found here
User Manuals with a full description can be found here
	New - Application Notes Library, Example Projects and Demo's (software code and harware description) now being published here, check back regularly to see the new documents, circuits and code.
Jump to Application Note Library, here
	AnadigmFilter1, Universal Analog Programmable Low frequency filter, Includes support for Butterworth, Bessel, Chebyshev, Inverse Chebyshef. FIlter topologies included are LP, HP, BP, BS. Up to 6th order with a 2 input mixer and gain stage
to learn more download AnadigmFilter1 product brief, here

Aug2024

Anadigm, Exciting news coming in 2025
read more...

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