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authorJed Barber <jjbarber@y7mail.com>2014-02-25 02:40:44 +1100
committerJed Barber <jjbarber@y7mail.com>2014-02-25 02:40:44 +1100
commit01389fc5d694ee576bd9afa4908be02c4410f2b7 (patch)
tree167103b2e8b623ed84e3aabc21cd9494fbabfc34
parentda18022a88f411c462fd9ff93757242d0099c557 (diff)
Updated readme to note different RMOS methods
-rw-r--r--readme.txt6
1 files changed, 5 insertions, 1 deletions
diff --git a/readme.txt b/readme.txt
index b94b43f..475b556 100644
--- a/readme.txt
+++ b/readme.txt
@@ -16,7 +16,11 @@ Uses CMOS transistor logic. Custom MOSFETs are employed in order to ensure corre
/RMOS
-Uses CMOS transistor logic with resistors to pull the output to the middle logical value where necessary.
+Uses CMOS transistor logic with resistors to pull the output to the middle logical value where necessary. Custom MOSFETs are employed to ensure correct threshold voltages.
+
+There are at least two ways of constructing this. The first way involves setting the thresholds of the positive and negative MOSFET networks to overlap, and placing resistors between each of them and the output. The output is then pulled to the middle value when both networks are active. The second way involves merely replacing one of the MOSFET networks from a CMOS circuit with a resistor.
+
+Interestingly, the first approach does not work properly for dyadic gates.