                        Analyse of a RLC network

First, the network must have been drawn on a paper sheet, its nodes being
numbered from 0 to NbNode (0 is the ground) and its dipoles from 1 to NbDip.
NbNode and NbDip are computed by the program.

You can read, from left to right:

- the dipole number,
- the dipole type (see next screen).
  Enter a negative type number to mark the dipole containing the
  electromotrice force and the output dipole.
- L1, C1, L2 and C2 values,
- R, value of serial resistance,
- the numbers of the nodes to which the dipole is connected.

The output dipole must be placed lower (its number must be higher) than the
dipole containing the e.m.f. and it must be referenced to the ground (V1=0).


                           Types of dipoles


1  L1 only,               in series with R
2  C1 only,               in series with R
3  L1 et C1 in series,    in series with R
4  L1 et C1 in parallel,  in series with R
5  L1 et C1 in parallel,  in series with L2, C2 and R
6  L1 et C1 in series, in parallel with C2, altogether in series with L2
   and R

See the figure in User'guide for more clearness.

To simulate a mutual inductance, insert two following type 1 dipoles, and
put the mutual inductance value in L2.

Note: in the menu, you MUST give the name of an existing .ANA file. During
      the saving process of a modified network, you will be proposed this
      name: refuse, and give another name.






Function of keys:
F1           : displays this screen,
Tab          : moves the entry field right. If the entry field is the
               rightest one, returns to the first entry field.
High Low     : moves the entry field one line upwards or downwards,
Pgup Pgdn    : moves the entry field 16 lines upwards or downwards,
Ins          : adds a new line below the cursor line,
Ctrl y       : erases the cursor line,
Enter ou Esc : end of edition.

