TCC Autotune
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The TCC accepts autotune feedback from the transmitter's embedded firmware and adjusts the appropriate variometers to optimize RF output into the antenna.
TCC Interlocks
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The TCC monitors real-time, designated personal hazard protection areas of the transmitter site. In the event of an interlock violation the transmitter is automatically shutdown.
TCC Sub-Amplifiers
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The TCC provides the operator with detailed (look alike) images of the power amplifier modules (PAMS), their current state, and fault conditions.
TCC Arc Protection
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The TCC monitors real-time, the transmitter's ARC protection system. If the number of arc's detected exceeds the CCO Cut-Off count set by the operator, the TCC will shutdown the TX.
TCC Configuration
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Upon startup the TCC application loads a preset configuration file to ensure all components of the transmitter are set to safe limits as set forth by the site lead engineer.
TCC Full Power (2Sub-Amps)
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The TCC allows dual operation of Subamps. For example, one Subamp RF output into the Antenna, and the other Subamp RF output into the dummyload for maintenance and/or testing.
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The TCC accepts autotune feedback from the transmitter's embedded firmware and adjusts the appropriate variometers to optimize RF output into the antenna.
_1136x611.png)
The TCC monitors real-time, designated personal hazard protection areas of the transmitter site. In the event of an interlock violation the transmitter is automatically shutdown.
_1136x611.png)
The TCC provides the operator with detailed (look alike) images of the power amplifier modules (PAMS), their current state, and fault conditions.
_1136x611.png)
The TCC monitors real-time, the transmitter's ARC protection system. If the number of arc's detected exceeds the CCO Cut-Off count set by the operator, the TCC will shutdown the TX. _1136x611.png)
Upon startup the TCC application loads a preset configuration file to ensure all components of the transmitter are set to safe limits as set forth by the site lead engineer.
_1136x611.png)
The TCC allows dual operation of Subamps. For example, one Subamp RF output into the Antenna, and the other Subamp RF output into the dummyload for maintenance and/or testing.