Actually, any breadboard, with sufficient
real-estate should work. I've done allot of
work using Radio Shack breadboards and not
had any problems to speak of. More important
than the breadboard is the layout of the
circuitry itself. There are also issues of
cross-talk and current leakage between the
connecting clips. If you keep the frequencies
within reason, you should have no problems.
If you're combining micro-power analog
circuitry within the test area, use caution
as the measured parameters may differ from
those of a finished printed circuit layout.
This phenomena is usually the result of
leakage. When I start a layout, I use
dummy dip sockets in place of the actual
components. Then I lay down a network of
wires for the grounding. Each ground pin
should have at least two connections to the
ground strip. Next, balance the positive
(and negative?) potential with an amount of
connections that you gave to the grounding.
This simple technique will ensure that your
circuitry has a low impedance power feed.
Finish off this preparatory phase with some
"dot-oh-one" decoupling capacitors at each
of the positive potential pins and a few
twenty-five uF tantalums between each of
the power rails. These capacitors should
reduce any coupling (noise) between the
chip-components. The secret to good
breadboarding is the use of lots of
redundant ground connections. You don't
want to go overboard, but simply to fool
the breadboard into thinking...it's not one!
Of course, when you get done interconnecting
your building blocks, make sure you 'mush'
the wires down, flat against the breadboard.
This reduces intermittent wire connections...
Hope this helps!