LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200

LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200
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Adafruit 2200
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LM4040 precisie voltagereferentie - 2,048V en 4,096V - Adafruit 2200

Productinformatie:

How good is your multimeter really? Or maybe your analog converter needs a good reference? Or lets say you want to test your microcontroller's conversion accuracy & precision. If only you had a dependable, high precision, rock-solid voltage reference. Now you know why we made this very cute and useful little breakout board. It has two very high precision shunt-type voltage references with 750 ohm biasing resistors. One is 2.048V (great for 3.3V reference systems) and the other is 4.096 (great for 5V). Both are 0.1% accuracy!

Using is easy, just power with about 5V-12V, or 3V if you want only the 2V reference to work. Then measure the voltage on the output. Note that these are not regulators - you can't power anything off the output. They are for measurements only.

Documentatie

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icon_filetype_pdf
Specificaties / Datasheet (engels):
lm4040-n.pdf