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General| Display | LCD |
|---|---|
| Antenna Impedance | 50 ohms |
| Power Supply Requirement | 13.8 V DC ±15% |
| Modes | SSB, CW, AM |
| RF Output Power | 100 W (HF) |
| Receiver Type | Superheterodyne |
| Receiver Selectivity | 2.4 kHz (SSB), 500 Hz (CW) |
| IF Rejection | 70 dB or better |
| Image Rejection | >70 dB |
| Audio Output Power | 2 W (8 ohms) |
| Dimensions | 270 x 96 x 291 mm |
| Weight | 7.4 kg |
| Current Consumption | TX: 20.5 A |
Details how to connect the primary HF/50 MHz antenna to the transceiver.
Explains the importance of proper grounding for safety and optimal communication performance.
Provides guidance on protecting the equipment and home from lightning strikes.
Instructs on connecting the transceiver to a suitable DC power supply.
Describes the layout and function of the transceiver's front panel controls and keys.
Explains the various indicators and information displayed on the transceiver's LCD screen.
Details the connectors and ports located on the rear panel of the transceiver.
Covers the microphone connection and its associated functions.
Explains how to turn the transceiver ON and OFF correctly.
Details how to adjust the AF (audio frequency) gain for listening comfort.
Explains how to adjust the RF gain for optimal reception sensitivity.
Describes how to select and use the dual VFOs for different frequencies and modes.
Explains how to select different amateur radio bands using dedicated keys.
Details how to choose between different operating modes (SSB, CW, FM, etc.).
Explains how to adjust the squelch to mute background noise during reception.
Describes methods for selecting and tuning to specific operating frequencies.
Explains the transceiver's multi-function meter and its various measurement modes.
Covers the basic steps for transmitting voice and CW signals.
Details how to adjust the output power for transmission to suit conditions.
Explains how to adjust microphone gain for proper transmission levels.
Explains the purpose and benefits of the menu system for customizing settings.
Describes the dual menu system (A and B) for personalized configurations or operator profiles.
Guides the user on how to access the transceiver's menu system.
Introduces the Quick Menu feature for faster access to frequently used settings.
Explains how to add menu items to the Quick Menu for easier access.
Details how to navigate and use the Quick Menu to change settings.
Provides a detailed overview of the transceiver's menu configuration options and their settings.
Explains how to transmit using Single Sideband (SSB) mode for clear voice communications.
Details the procedure for transmitting using Amplitude Modulation (AM) mode for audio quality.
Guides on how to transmit using Frequency Modulation (FM) mode for local communications.
Explains how to adjust FM bandwidth for optimal communication and interference reduction.
Covers the process of transmitting using Continuous Wave (CW) mode for reliable communication.
Describes the Auto Zero-beat function for precise CW tuning to match station frequencies.
Explains how to adjust the CW sidetone and reception pitch frequencies for monitoring.
Details how to adjust the carrier level for AM, CW, or FSK modes for proper transmission.
Explains how to use split-frequency operation for specialized communications, like with repeaters.
Guides on entering a specific frequency split provided by another station for communication.
Explains how to search for a transmit frequency using the tuning control during split operation.
Describes the TF-SET function for temporarily switching transmit and reception frequencies.
Explains how to change the receive frequency while in split transmission mode.
Covers the procedures for operating FM repeaters, including tone settings.
Details how to transmit sub-audible tones required for repeater access.
Explains how to scan for and identify incoming tone frequencies used by repeaters.
Guides on selecting a specific tone frequency for repeater access.
Focuses on receiving signals and selecting frequencies effectively.
Provides multiple methods for selecting operating frequencies to save time.
Explains how to directly enter frequencies using the keypad for fast selection.
Describes how to access and use the history of entered frequencies for quick re-entry.
Details how to use the MHz key for selecting frequencies in 1 MHz increments.
Explains how to quickly change frequencies using the MULTI/CH control with adjustable step sizes.
Details the fine-tuning function for precise frequency adjustments, especially when RIT is active.
Explains how to adjust the tuning control's sensitivity for comfortable operation.
Describes how to copy frequency and mode settings between VFOs for quick setup.
Explains the RIT function for fine-tuning reception frequency without affecting transmit frequency.
Covers the AGC function for controlling receiver gain automatically.
Details how to adjust the AGC time constant for different reception conditions.
Details the VOX function for automatic transmission switching based on voice.
Explains how to adjust the microphone input level for optimal VOX operation.
Covers setting the delay time for VOX and break-in functions to ensure complete transmissions.
Explains the automatic Anti-VOX adjustment feature for preventing accidental transmissions.
Describes how to use VOX with data input from external sources like ACC2 or USB.
Explains the XIT function for adjusting transmit frequency independently of reception.
Details how to adjust the speech processor's effect for clearer and more understandable transmissions.
Explains how to operate the transceiver in RTTY mode for text-based communication.
Details how to use PSK31 for digital data communications, offering narrow bandwidth.
Explains the use of DSP filters for bandwidth control, noise reduction, and interference rejection.
Guides on adjusting DSP filter bandwidth for different modes to optimize reception.
Details adjusting high and low cut-off frequencies for SSB, FM, and AM modes.
Explains how to adjust bandwidth and shift frequency for CW/FSK modes.
Covers bandwidth and shift adjustments for SSB-Data modes for clear data reception.
Explains the selection of two built-in IF filters to optimize reception.
Describes the Auto Notch filter for automatically eliminating interfering beat tones.
Details the manual notch filter for adjusting notch width and position to remove specific tones.
Explains how to adjust the notch filter bandwidth between normal and wide settings.
Covers Beat Cancel filters (BC1, BC2) for removing beat or continuous signals.
Explains the NR1 and NR2 functions for reducing random noise across all modes.
Introduces the transceiver's memory channel capabilities and storage organization.
Explains how to store simplex frequencies (RX=TX) in memory channels.
Guides on storing split-frequency data (RX≠TX) in memory channels.
Details the two methods for storing transmission/reception frequencies and associated data.
Explains how to recall and scroll through stored memory channels for quick access.
Describes how to recall memory data for immediate use in VFO mode.
Explains how to scroll through memory channels without recalling them, for checking contents.
Covers temporarily changing memory data without overwriting the stored contents.
Details transferring memory data between VFOs and other memory channels.
Explains how to transfer memory data to a VFO for temporary use.
Guides on copying information between memory channels, useful for temporary changes.
Covers storing frequency ranges for VFO tuning and Program Scan operations.
Explains the Programmable VFO feature for restricting tuning ranges to authorized limits.
Details how to lock out specific memory channels from being scanned.
Guides on erasing unwanted memory channels to free up space.
Explains how to assign alphanumeric names to memory channels for easier identification.
Introduces the Quick Memory function for temporary data storage without specific channel assignment.
Explains how to adjust the number of available Quick Memory channels via menu settings.
Details how to store data into Quick Memory channels by pressing Q-M.IN.
Explains how to recall data from Quick Memory channels when in VFO mode.
Covers temporarily changing data in Quick Memory without overwriting the stored channel.
Explains transferring Quick Memory data to a VFO for immediate use.
Guides on erasing Quick Memory channels by recalling and holding CLR.
Explains normal scan types: VFO Scan and Program Scan for monitoring frequency ranges.
Details how VFO Scan monitors the entire frequency range of the transceiver.
Explains Program Scan using stored frequency ranges from memory channels P0-P9.
Covers Memory Scan for monitoring selected memory channels, including all-channel and group scans.
Describes scanning all memory channels sequentially, regardless of group.
Explains scanning specific groups of memory channels based on user selection.
Covers scanning the Quick Memory channels for active frequencies.
Explains the Scan Hold function to pause scanning temporarily.
Details how the transceiver resumes scanning after stopping, with time- or carrier-operated modes.
Explains scanning all memory channels sequentially, ignoring group numbers.
Details antenna connections, selection, and related functions.
Explains selecting between ANT 1 and ANT 2 connectors for primary and secondary antennas.
Covers enabling or disabling the RX ANT connector for a separate receive antenna.
Details the DRV connector's function as an antenna output or drive output for external devices.
Explains how to select the function of the DRV connector via menu settings.
Describes the automatic power-off function to conserve energy.
Explains how to use the internal automatic antenna tuner for impedance matching.
Covers the preset function of the antenna tuner, storing settings for each band.
Details the automatic mode switching based on frequency, simplifying band changes.
Explains the transceiver's beep feedback for operations, confirmations, and errors.
Covers display settings like brightness and backlight color for optimal visibility.
Explains how to adjust the LCD display brightness based on ambient light conditions.
Details how to change the display backlight color for personalization.
Explains how to set the response time for panel keys with double functions.
Covers controlling external linear amplifiers via transceiver settings.
Explains various lock functions to prevent accidental changes to settings.
Details the frequency lock function to prevent accidental frequency changes during operation.
Explains how to assign custom functions to programmable keys on the panel and microphone.
Lists the programmable keys available on the transceiver's front panel.
Lists the programmable keys available on the microphone.
Explains how to equalize receiving audio with DSP filters for better sound clarity.
Details the process of adjusting receiving audio equalization using different profiles.
Explains the RX monitor function for temporarily disabling squelch to monitor reception.
Covers the time-out timer to limit transmission duration and prevent accidental long transmissions.
Explains using the transceiver as a transverter exciter with other transceivers.
Details how the frequency display changes when using a transverter for frequency conversion.
Explains how to adjust the transmission output power for different modes and conditions.
Describes the TX monitor function for checking transmission sound quality.
Explains how to adjust the transmission output power, including fine-tuning options.
Covers the TX Tune function for antenna length or linear amplifier tuning using a CW signal.
Details adjusting output power specifically for the TX Tune function.
Explains transferring data between compatible transceivers for contesting or setup.
Covers the setup requirements, including equipment needed and connections, for Quick Data Transfer.
Lists the necessary equipment for performing Quick Data Transfer.
Provides guidance on connecting compatible transceivers for data transfer.
Describes the pin assignments for the COM and ACC2 connectors for external connections.
Details the COM connector's pinout and its functions for PC and data communication.
Details the ACC2 connector's pinout and its functions for TNC, MCP, and audio connections.
Describes the REMOTE connector and its pin assignments for linear amplifier control.
Details the EXT.AT connector for connecting the AT-300 external antenna tuner.
Describes the MIC connector's pin assignments for microphone and control signals.
Explains connecting to data communication devices like computers and TNCs for digital modes.
Guides on connecting the transceiver to a computer via USB or COM port for data communication.
Explains connecting to an external Terminal Node Controller (TNC) for packet communications.
Details connecting to RTTY equipment for FSK mode operation using an MCP.
Covers connecting external linear amplifiers to the transceiver for increased transmit power.
Details connecting the discontinued TL-922 linear amplifier, noting its availability status.
Guides on connecting a standard linear amplifier to the transceiver.
Explains the control relay connections for managing linear amplifier operation.
Explains connecting an external antenna tuner to the ANT 1 connector for impedance matching.
Lists compatible transceivers for data transfer via COM connectors.
Explains using DX PacketCluster Tune with compatible transceivers to tune to DX cluster frequencies.
Details setting up a crossband repeater by connecting the TS-590SG with another FM transceiver.
Details the installation of the VGS-1 Voice Guide unit for audio announcements and recording.
Explains how to remove the bottom case for installing optional units like VGS-1 or SO-3 TCXO.
Covers the installation of the MB-430 mobile bracket for mounting the transceiver in a vehicle.
Lists precautions for mobile operation, emphasizing safety while driving.
Explains the installation of the SO-3 TCXO for improved frequency stability.
Details the procedure for calibrating the reference frequency, especially with the SO-3 option.
Offers general guidance on transceiver operation, warranty, and service.
Outlines procedures for returning the transceiver for repair, including packing and contact information.
Provides guidelines for reporting technical or operational problems effectively.
Explains how to clean the transceiver's controls and case to maintain its condition.
Covers updating the transceiver's firmware to improve functionality or add features.
Explains the benefits and process of firmware updates, including downloading from the website.
Details how to check the current firmware version of the transceiver via the menu.
Provides a table of common problems, probable causes, and corrective actions for easy diagnosis.
Lists general specifications like mode, voltage, current, dimensions, and frequency stability.
Details transmitter specifications including frequency range, output power, and modulation.
Lists receiver specifications such as sensitivity, selectivity, and squelch performance.
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