Thrane & Thrane TT37-102120-006 Power Supply Circuit Board

Thrane & Thrane TT37-102120-006 Power Supply Circuit Board


⚙️ Product Overview

The Thrane & Thrane TT37-102120-006 is a power supply circuit board designed for use in maritime communication systems, specifically within the TT-3020B maritime satellite transceiver. This board is integral to the device’s functionality, converting and regulating power to ensure stable operation of the transceiver’s components.


📊 Technical Specifications

Parameter Specification
Model TT37-102120-006
Type Switch-mode power supply circuit board
Input Voltage 12–24 V DC
Output Voltages +12 V, +5 V, -12 V
Power Output Specific output power ratings not disclosed
Mounting Designed for panel mounting within TT-3020B chassis
Connector Types Specific connector types not disclosed
Dimensions Not specified
Weight Not specified
Operating Temperature Not specified
Protection Rating Not specified
Country of Manufacture Denmark

🔧 Functional Description

The TT37-102120-006 power supply circuit board is a critical component within the TT-3020B maritime satellite transceiver. Its primary function is to convert the incoming DC voltage to the necessary levels required by the transceiver’s various modules, including the CPU, demodulator, and GPS systems. This ensures that each component receives a stable and appropriate power supply for optimal performance.


🛠️ Maintenance and Replacement

When servicing or replacing the TT37-102120-006 power supply circuit board:

  • Compatibility Check: Ensure that the replacement board is compatible with the specific model of the TT-3020B transceiver in use.
  • Handling Precautions: Follow standard electrostatic discharge (ESD) precautions to prevent damage to sensitive electronic components.
  • Reassembly: After installation, verify all connections are secure and that the transceiver operates correctly before returning it to service.

For more information on maritime communication equipment and components, please visit https://www.fy-module.com/.

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