  We analyse CMB data in a manner which is as model-independent as possible. We
encode the effects of late-time cosmology into a single parameter which
determines the distance to the last scattering surface. We exclude low
multipoles $\ell<40$ from the analysis. We consider the WMAP5 and ACBAR data.
We obtain the cosmological parameters $100\omega_b =2.13\pm 0.05$,
$\omega_c=0.124\pm 0.007$, $n_s=0.93\pm 0.02$ and $\theta_A=0.593\pm 0.001$
degrees (68% C.L.). The last number is the angular scale subtended by the sound
horizon at decoupling. There is a systematic shift in the parameters as more
low $\ell$ data is omitted, towards smaller values of $\omega_b$ and $n_s$ and
larger values of $\omega_c$. The scale $\theta_A$ remains stable and very well
determined.

Cosmology and Nongalactic Astrophysics;General Relativity and Quantum Cosmology;High Energy Physics - Phenomenology