  We present a real-time THz imaging method using a commercial fiber coupled
photo conductive antenna as the THz source and an uncooled microbolometer
camera for detection. Compared to other THz imaging setups, this concept is
very adaptable due to its compact and uncooled radiation source, whose fiber
coupling allows for a flexible placement. Using a camera with high sensitivity
renders real-time imaging possible. As a proof-of-concept, the beam shape of a
THz Time Domain Spectrometer was measured. We also demonstrate the potential
for practical applications in transmission geometry, covering material science
and security tasks. The results suggest that hidden items, complex structures
and moisture contents of (biological) materials can be resolved. We discuss the
limits of the current setup, possible improvements, potential (industrial)
applications and outline the feasibility of imaging in reflection geometry or
extending it to multi-spectral imaging using band pass filters.
