A Top-Down Verilog-A Design on the Analog-and-Digital

code = 0.0;
generate j (6,0) begin
end
if (V(in[j]) < vth_bit)
else
power_base=
0.0;
power_base = pow2[j];
code=code+power_base;
code = output_range/(pow2[7]-1)
sampledV = V(s_in);
* code;
for ( m = 6; m >= 0 ; m = m - 1) begin
end
vdout[m] = 0;
if (sampledV >
end
vdout[m] = voh;
vref) begin
sampledV = sampledV
- vref;
else begin
end
code2 = 0;
vdout[m] = vol;
sampledV = sampledV
* 2;
generate n (6,0) begin
end
if (vdout[n] < vth_bit)
else
power_base2
= 0.0;
power_base2 = pow2[n];
code2 = code2+power_base2;
code2 = output_range/(pow2[7]-1) *
end // cross-begin
V(out)