- Division is continued subtraction till remainder is less than divisor
- D Flip flops are used as PIPO registers
- For full adder, carry out = 1, if remainder > divisor, ie, continue continued subtraction
Cout = 0, if remainder < divisor, ie, end the process
Mind If I Ask You ?
A blog to find answers to questions based on Electronics & Communication Engineering, CUSAT.
Blog Archive
-
▼
2013
(13)
-
▼
November
(13)
- Binary Division - Main points to write
- Transfer Characteristics Of TTL
- Race Around Condition
- Static & Dynamic Resistances Of Diodes
- To determine reverse saturation current of diode
- 0-1-1-1-3-4-5-7 Synchronous Sequence Generator - M...
- Octal Counter Using 7490 ( 74LS90 )
- Octal Counter - 74LS93
- 9-27 COUNTER
- 4:2 High Priority Encoder
- Asynchronous 0-2-4-5 counter
- 8 Bit adder
- 0-1-1-1-3-4-5-7 Synchronous Pattern Generator
-
▼
November
(13)
Tuesday, November 26, 2013
Binary Division - Main points to write
Tuesday, November 5, 2013
Static & Dynamic Resistances Of Diodes
Static : DC Resistance. Measured by considering V & I of a single point
Dynamic : AC Resistance, measured by considering a small change in the values of v & i. Take 2 points and the difference in the values of V, I while calculating.
Dynamic : AC Resistance, measured by considering a small change in the values of v & i. Take 2 points and the difference in the values of V, I while calculating.
To determine reverse saturation current of diode
Obtain the forward characteristics of the diode. Note any V & I after the knee voltage.
Substitute in equation;
I = Io(e^(V/nVT) - 1 )
n = 1 for Ge, 2 for Si
Vt = 26mV
Find reverse saturation current !
Or reverse bias the diode & determine the current flowing through using uA
Substitute in equation;
I = Io(e^(V/nVT) - 1 )
n = 1 for Ge, 2 for Si
Vt = 26mV
Find reverse saturation current !
Or reverse bias the diode & determine the current flowing through using uA
Subscribe to:
Posts (Atom)