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Transmitters
TransmittersC-Band Phase Locked
Up Converters
Two and Five Watt Block C Band Up Converters from TML offer the system designer a convenient and inexpensive way to provide moderate levels of output power in most VSAT applications. Systems can be built to exact power requirements using the CBUC’s, and then extended to higher power levels using an external low gain amplifier. Upgrading power on site can be accomplished by adding a buffer to an existing BUC, limiting the number of parts required. In most applications, the BUC can be mounted directly to the OMT and connected to the IDU with a single cable for power, signal, and reference. For higher power applications, it is recommended that an appropriate BUC be spar mounted and connected to the buffer with flexible waveguide to limit losses. However, if longer distances are required, or if cable is desired over waveguide, a higher power BUC may be used to overcome interconnect losses. Power input is constant power, that is, using higher voltages will lower the input current required. Output power monitoring may be implemented using the RS485 interface to directly measure output power at the flange of the BUC or at the buffer. Many of the specifications on the other side of this sheet may be tailored to your custom requirements. Please contact the factory for information about any specific requirements you may have. Click here for more product details and specifications Back to Top |
FEATURES- Two or Five Watts (P1DB) Output Power
- Internal Phase Locked L.O.
- Waveguide Output
- External 10 MHz Reference
- Summary Alarm Indication
- Single Cable Inerface
RELATED LINKS |
Ku-Band Phase Locked Up
Converters
One, two, and four Watt Block Up Converters from TML offer the system designer a convenient and inexpensive way to provide moderate levels of output power in most VSAT applications. The addition of buffer amplifiers allows higher levels of output power while maintaining a lower overhead of spare parts. Systems can be built to exact power requirements using the BUC’s, and then extended to four or eight Watts by adding the appropriate buffer amplifier. Upgrading power on site can be accomplished by adding a buffer to an existing BUC, limiting the number of parts required. In most applications, the BUC can be mounted directly to the OMT and connected to the IDU with a single cable for power, signal, and reference. For higher power applications, it is recommended that an appropriate BUC be spar mounted and connected to the buffer with flexible waveguide to limit losses. However, if longer distances are required, or if cable is desired over waveguide, a higher power BUC may be used to overcome interconnect losses. Power input is constant power, that is, using higher voltages will lower the input current required. Output power monitoring may be implemented using the RS485 interface to directly measure output power at the flange of the BUC or at the buffer. Many of the specifications above may be tailored to your custom requirements. Please contact the factory for information about any specific requirements you may have. Click here for more product details and specifications Back to Top |
FEATURES- One, Two or Four Watts (P1DB) Output PowerC, X, Ku and Ka Inputs
- Internal Phase Locked L.O.
- Waveguide Output
- External 10 MHz Reference
- Compatible with 4 - 8 Watt Buffers
- Summary Alarm Indication
- Output Power Detector Option
- Single Cable Interface
RELATED LINKS |
European Ku-Band Phase Locked
Up Converters
One, two, and four Watt Block Up Converters from TML offer the system designer a convenient and inexpensive way to provide moderate levels of output power in most VSAT applications. The addition of buffer amplifiers allows higher levels of output power while maintaining a lower overhead of spare parts. Systems can be built to exact power requirements using the BUC’s, and then extended to four or eight Watts by adding the appropriate buffer amplifier. Upgrading power on site can be accomplished by adding a buffer to an existing BUC, limiting the number of parts required. In most applications, the BUC can be mounted directly to the OMT and connected to the IDU with a single cable for power, signal, and reference. For higher power applications, it is recommended that an appropriate BUC be spar mounted and connected to the buffer with flexible waveguide to limit losses. However, if longer distances are required, or if cable is desired over waveguide, a higher power BUC may be used to overcome interconnect losses. Power input is constant power, that is, using higher voltages will lower the input current required. Output power monitoring may be implemented using the RS485 interface to directly measure output power at the flange of the BUC or at the buffer. Many of the specifications above may be tailored to your custom requirements. Please contact the factory for information about any specific requirements you may have. Click here for more product details and specifications Back to Top |
FEATURES- One, Two or Four Watts (P1DB) Output Power
- Internal Phase Locked L.O.
- Waveguide Output
- External 10 MHz Reference
- Compatible with 4 - 8 Watt Buffers
- Summary Alarm Indication
- Output Power Detector Option
- Single Cable Inerface
RELATED LINKS |
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