AVR401
Abstract: low cost capacitor 0.1 mf transistor equivalent table variable timer circuit AT90S1200 BC558A AVR 200 transistor 2
Text: AVR401: 8-Bit Precision A/D Converter Features Introduction • Very Low Cost • High Precision • Auto-calibration Eliminates Component This application note describes how to perform a kind of dual slope A/D conversion with an AVR microcontroller. The converter is very low cost, requiring only
|
Original
|
PDF
|
AVR401:
AT90S1200
AVR401
AT90S1200
AVR401
low cost capacitor 0.1 mf
transistor equivalent table
variable timer circuit
BC558A
AVR 200
transistor 2
|
AVR401
Abstract: AT90S1200 BC558A
Text: AVR401: 8-bit Precision A/D Converter 8-bit Microcontroller Features • • • • • Very Low Cost High Precision Auto-calibration Eliminates Component Inaccuracy Measures Voltages for 0 to VCC Maximum Conversion Time: 1.1 ms Application Note Introduction
|
Original
|
PDF
|
AVR401:
AT90S1200
AT90S1200
0953C
AVR401
BC558A
|
AVR401
Abstract: AT90S1200 BC558A div17u
Text: AVR401: 8-bit Precision A/D Converter 8-bit Microcontroller Features • • • • • Very Low Cost High Precision Auto-calibration Eliminates Component Inaccuracy Measures Voltages for 0 to VCC Maximum Conversion Time: 1.1 ms Application Note Introduction
|
Original
|
PDF
|
AVR401:
AT90S1200
AT90S1200
0953C
AVR401
BC558A
div17u
|
AVR401
Abstract: AT90S1200 BC558A div16u
Text: AVR401: 8-bit Precision A/D Converter Features Introduction • Very Low Cost • High Precision • Auto-calibration Eliminates Component This application note describes how to perform a kind of dual slope A/D conversion with an AVR microcontroller. The converter is very low cost, requiring only
|
Original
|
PDF
|
AVR401:
AT90S1200
AVR401
AT90S1200
0953B08/00/xM
AVR401
BC558A
div16u
|