Comtech EF Data DT-4513 Ku-Band RF Frequency Downconverter
Low Cost Frequency Conversion for Ku-Band fequencies
DT-4513 Series 1RU Ku-Band RF Frequency Downconverter
The Comtech EF Data DT-4513 1RU Ku-Band Downconverter provides excellent high gain characteristics and is an exceptional choice for low cost Ku-band frequency conversion. The Comtech DT-4513 1RU Ku-Band Downconverter also features Spectral purity and stability characteristics that fully meet or exceed the requirements of all domestic, international, and regional commercial satellite networks.

High Gain
The DT-4513 has +20 dBm minimum output level at the 1 dB compression point and 45 dB of gain as a standard. This capability permits longer cable runs to the modem rack or compensates for elaborate splitting networks without adding expensive options such as external line amplifiers.
Low Phase Noise
The phase noise performance of the DT-4513 exceeds the Intelsat phase noise mask for IBS and IDR services by more than 18 dB. This allows phase dependent demodulators to perform better. The close-in phase noise is very low, making the converter ideal for low bit rate digital circuits such as those used in DAMA hub earth stations.
Minimum Rack Space
Due to its small rack height (1.75 inches) and the elimination of the space penalty paid for a separate 1+N switch chassis, the DT-4513 and the Daisy Chain switch architecture provide the most compact and cost effective converter subsystem available. The units are ideal for the construction of transportable systems such as "flyaways," and high capacity earth stations where space utilization and economy are prime considerations.

Detachable RF/IF Connector Module
Each DT-4513 is equipped with a detachable module that establishes input and output connections for the RF and IF paths. The module inserts into a rear compartment of the converter, and requires no additional outside space. The module includes SMA connectors for the RF path and BNC connectors at 50 or 75 Q for the IF path.
Specifications

Video Broadcast, Government Communications Systems, Satellite Teleports, Earth Stations, SCPC links, Video Uplink Systems