Analog Devices ADUC832 Manuals

ManualLib has 11 documents for the Analog Devices ADUC832: 6 user manuals, 4 datasheets. Every file can be read online or downloaded as a PDF for free.

User Manual 6Datasheet 4

Key facts

Model
ADUC832
Industry
Industrial
Documents
11
Languages
EN
Last added
2012-08-03

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Analog Devices ADuC832 Product Handbook

Analog Devices ADuC832 Product Handbook

User Manual 92 pages · 1.5 MB · EN

The ADuC832 is a 12‑bit microcontroller with integrated ADC, dual DACs, flash memory, and a range of on‑chip peripherals. It operates from 3 V or 5 V and includes a PLL‑generated 16.78 MHz core clock, power‑down mode with 25 pA consumption, and extensive serial interfaces.

The handbook covers functional block diagrams, detailed pin configurations, timing specifications, memory organization, and programming information. It also includes application notes for optical networking, precision instrumentation, and sensor integration, as well as hardware design considerations such as power supply monitoring and watchdog timer usage.

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Analog Devices ADUC832 specifications

Program Flash Memory62kB
On Chip RAM2kB
Data Flash Memory4kB
Watchdog Clock Source32.768kHz external crystal
PLL Lock IndicatorPLLCON.6

Source: Analog Devices ADuC832 Migration Guide from ADuC812

All Analog Devices ADUC832 documents by type

User Manual 6

Day-to-day operation, settings and troubleshooting. Start here if the product is already set up.

Questions answered in these manuals

Does the ADC clock issue affect performance?

No, the document states that this issue does not affect the performance of the ADC.

From: ANALOG DEVICES ADuC832: Errata Sheet (Rev B1 2002-11-01-)

How many ADC clocks are required for a conversion in pipelined mode at voltages below 3.5V?

The number of ADC clocks can vary between 15 and 16 ADC clocks.

From: ANALOG DEVICES ADuC832: Errata Sheet (Rev B1 2002-11-01-)

What are the additional features of the ADuC832 compared to the ADuC812?

The ADuC832 includes 62kB program flash, 2kB on chip RAM, and 4kB data flash.

From: Analog Devices ADuC832 Migration Guide from ADuC812

How does the ADC clock divider ratio change in the ADuC832?

The ADC Clock divider ratios are now 8, 4, 16, and 32.

From: Analog Devices ADuC832 Migration Guide from ADuC812

What is the maximum optical signal attenuation level supported by this DVOA?

The system is designed to attenuate optical signals up to 40 dB.

From: AN-643 Closed-Loop Control Circuit Implementation of the ADuC832 and AD8305 in a Digital Variable Optical Attenuator

What voltage range must be applied to the control input to set the VOA attenuation?

The attenuation value is set using an analog control voltage in the range of 5 V to 26 V.

From: AN-643 Closed-Loop Control Circuit Implementation of the ADuC832 and AD8305 in a Digital Variable Optical Attenuator