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The FT DX 3000 - Building on the YAESU FT DX Heritage
The FT DX 3000 is member of the long line of top performing YAESU FT DX Series of transceivers. It inherits the design concepts of the FT DX 9000 and FT DX 5000 transceivers that have received high praise from all over the world by those pursuing the highest ideal of Amateur HF communication equipment.
The FT DX 3000 exhibits phenomenal multi-signal characteristics first demonstrated in the top-rated FT DX 5000. Using the two signal dynamic range measuring method with 10 kHz signal separation, the FT DX 3000 performance is 108.5 dB, IP3 +37 dBm. With frequency separation of only 2 kHz between the desired signal and an interfering signal, the dynamic range measures 106 dB and IP3 +33 dBm.
With all its features and amazing performance, the FT DX 3000 is a terrific rig for home or for a DXpedition at a truly affordable price.
160 through 6 Meters - SSB/CW/FM/AM/Digital
With efficient dimensions of 14.4" x 4.5" x 12.3" (W x H x D) and weighing in at only 22 pounds, the FT DX 3000 is a solidly packed transceiver ready to give very high performance on all Amateur Radio bands from 160 to 6 meters.
RTTY/PSK31 Encode / Decode Included
General Coverage Reception from 30 kHz to 56 MHz
FM & AM - Wide and Narrow modes included
Various easy connections available for RTTY, SSTV, PSK31, JT, and other Digital Modes
100 Watts of Solid Performance
The RF Final Amplifier produces a clean 100 watt (some modes less)transmit signal. A large heat sink is combined with the die cast aluminum chassis for efficient heat dissipation. A cooling fan located beside the final amplifier and the TX Low Pass Filter ventilates the heat away from inside of the transceiver cabinet. This large axial flow fan is mechanically isolated from the chassis to reduce vibration and noise. The speed of the fan is continuously controlled by the temperature of the PA amplifier; starting at 40 degree C.
Antenna Tuner Included
High Speed Automatic Antenna Tuner included. The antenna tuner uses LC switching. It has a large capacity 100 channel memory; the tuning data is automatically memorized to reduce tuning time when changing frequency.
Famous Yaesu Main Tuning Knob
A heavy weighted balanced brass core knob is used to give the famous Yaesu smooth flywheel operating feel to the FT DX 3000 Main Dial Knob. Each user may set his/her favorite torque feeling of the Main Dial rotation.
1st IF 9MHz signal with wide bandwidth IF Output available on the Rear Panel for after-market band scopes, CW Skimmer, etc.
USB input included for firmware updates. This input can also facilitates CAT, USB AUDIO IN / OUT and USB TX Control (PTT, KEY and FSK)
Remote Control From A Distant Location
External control (CAT) is possible using USB or Serial Port; this feature means the FT DX 3000 can be remotely controlled from a distant location!
Big TFT Full-Color Display For Superior Operability and Visibility
The FT DX 3000 presents a wide view angle, high contrast LCD 4.3 inch TFT impressive full color display that provides a convenient view of the radios working functions. Superior operability is realized with this convenient display. It permits excellent visibility from different viewpoints. Even with the many FT DX 3000 features and functions, the TFT display makes operation of the radio easy and comfortable.
Top Performing Receiver RF Front End
A Block Diagram Displays RX Signal Path
Choose Analog Type or Bar Graph Meter
Selectable analog type or bar graph type meter indication
Separate Independent Frequency Display
High Speed Spectrum Scope
Bandwidth of the spectrum scope: 20kHz, 50kHz, 100kHz, 200kHz, 500kHz, or 1MHz
TX and RX markers appear during spit operation
The function names and the setting levels of the following functions are shown in the TFT main display when a function knob is rotated: Clarifier, Microphone Gain, Speech Processor, SHIFT, WIDTH, KEYER SPEED and CONTOUR
An AF-FFT (Audio Frequency Fast Fourier Transform) scope is built in. This AF-FFT function was first demonstrated in the FT DX 9000 series. With this Scope, the audio characteristics of the received signals; the effect of adjusting the RX IF filter performance; and utilizing the QRM rejection features, may be visually observed. It is also possible to observe the TX audio characteristics of your own signal while using the Monitor function. This is very effective for tuning the parametric equalizer for voice characteristics and the microphone audio.
Spectrum Scope Memory
The Spectrum Scope screen can be stored or recalled with one touch. Simultaneously the time information is recorded in the memory, so that the difference in activity may be reviewed and compared, depending on the seasons and times.
Six keys that are used frequently in normal operation are located at the left side of the TFT display. Other functions can be operated by pressing the "SCOPE" key which changes the "Spectrum Scope screen" to "Function Key Display screen". Even if the radio is turned off, the last operated Key Function is memorized and highlighted.
The receiver RF Front End circuit is the most important element because it ultimately determines the HF Receiver performance. Our Yaesu Engineering team has concentrated superior RF Engineering knowledge into the design of the FT DX 3000 front end.
Down Conversion Receiver and Powerful Narrow Bandwidth Crystal Roofing Filters
Fifteen separate band pass filters (BPF) are used for front end protection. This effectively reduces the undesired and out of band signals.
In the RF amplifier, the strong bipolar transistor (2SC3357) is used. This transistor shows a low NF, and provides superior intermodulation performance.
The gain of each individual device is kept lower, and the best optimized working point, with the lowest NF, is selected.
A custom-designed wide coverage transformer, with less magnetic saturation, is used for the I/O of the RF amplifier. This construction makes the device performance better and provides excellent multi signal performance.
The powerful narrow bandwidth crystal roofing filter enhances the receiver multi-signal characteristics. The FT DX 3000 "Down Conversion" receiver construction is similar to the FT DX 5000. The first IF frequency is 9 MHz. This makes possible narrow bandwidth crystal roofing filters (300 Hz, 600 Hz or 3 kHz) with a sharp shape factor that creates amazing multi-signal receiving performance. The powerful narrow bandwidth crystal roofing filter enhances the receiver multi-signal characteristics.
Effective QRM and QRN Rejection
The 3 kHz roofing filter greatly improves SSB signal reception during close adjacent multi signal conditions.
The 300 Hz* and 600 Hz roofing filters provide the best CW receiving environment when the adjacent signals may affect the desired signal reception.
*Note: 300 Hz filter optional
Effective QRM rejection is achieved from the FT DX 3000 IF DSP. The 32-bit high speed floating decimal point DSP, TMS320C6727B (maximum 2800 MIPS/ 2100 MFLOPS) made by Texas Instruments, is used for the IF section of the FT DX 3000. The signal is processed with the high speed 300 MHz clock frequency.
Very Low Noise Floor - Terrific Signal to Noise Ratio
Proven IF WIDTH and IF SHIFT functions provide great QRM rejection performance
With the normal bandwidth, the pass band area can be moved relatively, so that harmful signals are rejected from the pass band
By adjusting the band width, Interfering signals can be removed from both sides of the pass band, without changing the pass band position. The IF width function can make the pass band narrower with one-touch. This function is effective in a pile-up or contest, when the undesired signals are located just above and below the target signal. When the IF Width knob is centered (click point), the pass band width is 2.4 kHz in the SSB and CW modes. When NAR is turned on, the minimum pass band becomes 50 Hz (200 Hz in the SSB mode), making it possible to minimize the QRM with this sharp filter shape factor. When the IF Width is turned clockwise from the center click point, the pass band width can be extended wider, up to 4000 Hz. This may provide a richer sounding and more comfortable QSO when in a local rag chew.
The CONTOUR function ideally tailors the received audio signal without changing the bandwidth. The CONTOUR function varies the outline of the IF DSP filter pass band characteristics, and the in-band signal construction can be partially altered. Different from the IF SHIFT or IF WIDTH, the special CONTOUR pass band, can reduce or peak the desired signal, partially and continuously across the pass band. This feature is effective especially when the undesired signal is close to the center frequency.
Digital Noise Reduction (DNR) by DSP
The installed digital noise reduction circuit provides 15 separate parameters. The noise reduction constants may be set to the optimal working point by varying the 15 step parameters according to the actual noise within the HF band. The desired signal components are peaked and the random noise components are effectively cancelled.
This high Q circuit has steep attenuation characteristics of 70dB or more. Effective removal of a strong beat signal is obtained. The damping characteristics can be switched to wide or narrow band width, and the attenuation level may be adjusted in the Setting Mode Menu. Interfering signals may be attenuated, while minimizing the impact on the received signal.
Digital Notch Filter (DNF) (AUTO NOTCH)
The Digital Notch Filer (DNF) is a feature that automatically follows the interfering heterodyne signals, even if there are more than one, and even if the beat frequency changes with time. This is effective in removing jamming signals.
CW APF (Audio Peak Filter)
In the CW mode, the APF (Audio Peak Filter) function has an audio peak at the signal frequency; this improves the S/N and increases the readability of the CW signal. The APF peak frequency can be finely aligned.
The S/N ratio (signal-to-noise ratio) of the local signal that is injected into the 1st IF mixer is one of the most important factors for improving the receiver properties in the ultra-multi-signal environment.
Three IPO Settings - Best Signal Reception During Changing Band Conditions
In the FT DX 3000, the combination of it's high stability and high accuracy 40 MHz TCXO (± 0.5ppm, -10 °C ~ +60 °C), and it's DDS create the fundamental frequency of this radio, and is locked to the PLL-IC and VCO directly. This circuit construction and method creates the highest quality local signal, with superior S/N performance. This means the receiver noise floor is kept lower, and realizes the best blocking dynamic range at 2 kHz IP3 performance.
3-step IPO settings permit the operator to select the most appropriate gain for best signal reception. This variety of selections provides superior receiver performance and the best possible communications with changing band conditions.
High Quality Audio With Punch
The IPO (Intercept Point Optimization) is selected by a control switch located on the front panel. The IPO selection determines the gain of the RF amplifier. The gain setting is very effective in optimizing the receiver performance, depending on the antenna and the communication propagation conditions. The IPO, the ATT and one stage of the RF amplifier are used to optimize the signal levels that are sent to the mixer. This is especially important for HF low-band operation. The "AMP 1" uses one RF amplifier stage, and maintains a better balance between the sensitivity and the receiver performance (the gain is around 10 dB). In addition, "AMP 2" uses two stages of the RF amplification and can obtain higher sensitivity (the gain is around 17 dB); something particularly important on the 6 and 10 meter bands.
The modulation circuit of the FT DX 3000 utilizes digital variation operational modulation, which creates ideal high quality transmission audio.
Three Antenna Inputs
Microphone Amplifier that includes Parametric Equalizer
The modulation circuit of the FT DX 3000 utilizes the digital variation operational modulation type, which creates ideal high quality transmission audio. This radio has a parametric equalizer that makes possible versatile adjustment of the TX audio quality by aligning the TX band audio spectrum. The parametric equalizer can alter the Low, Mid and High part of the audio separately. This three stage parametric equalizer can generate high quality TX audio sound because it can be tuned in detail
without sacrificing the audio dignity.
IF DSP Speech Processor DXer and Contester Proven
The SSB Speech Processor uses IF digital signal processing to increase the intelligibility of the transmitted signal during weak signal crowded conditions. The DSP increases the average power of the important speech spectrum components and reduces the TX power of the less significant components. Adjust the compression level in the Menu Mode to adapt the transmitted SSB signal to best suite your voice characteristics, the situation, propagation conditions and pile-up demands.
Three antenna connectors are available on the FT DX 3000 Rear Panel.
CW Features Galore
Having multiple antenna selections is an especially effective feature for DX and Contest operating.
Antenna connection selections memorized and recalled when changing bands.
The "ANT 3" input can be set for the "RX Only" antenna.
CW APF (Receiver Audio Peak Filter) with 3 bandwidth steps
5 Digital Voice Messages
CW Decode included
CW Auto Zero-in
CW Zero-in Display
CW Full Break-in
CW Mode reversal (USB or LSB)
CW Keying available during SSB operation
CW VOX Delay is adjustable
Electronic Keyer with Weight control
Keyer paddle Dot-Dash reversal
IAMBIC A/B selection
Bug Keying emulation
Four Message Memory (50 characters each); five w/FH-2 Keypad
Automatic Insertion of incrementing contest number
Automatic Beacon keyer mode
Dial step setting (for the CW mode only)
Separate KEY Jacks on the front and rear panels
Each memory channel is capable of storing up to 20 seconds of audio using the optional DVS-6.
The "RX Output" connector on the FT DX 3000 Rear Panel accesses the signal from the receiver RF amplifier. The signal can then be output to an external receiver for in-band simultaneous receiving.
Optional Fully-Automatic ΅-Tuning Kit
The u-Tuning Kit that was developed for the FT DX 9000, is optionally available for use with the FT DX 3000. No other Amateur Radio transceiver manufacturer offers a comparable device that may improve your DXing performance in some challenging operating situations.
A large diameter 28 mm inductor, with an adjustable ferrite magnetic material (Ni-Zn ferrite) core, is combined, with a high resolution and high torque stepping motor to automatically find the resonance point. By inserting these tuning units prior to the RF front end of the receiver, the IP3 points are improved by around 4 dB. Three individual tuning units are available covering frequencies from 1.8 MHz through 14 MHz. Many FT 950, FT 2000/D, FT DX 5000 and FT DX 9000 Yaesu customers have used them and found them especially effective for use on the Lower Bands.
RX Frequency Range: 30 kHz - 56 MHz (operating)
1.8 MHz - 54 MHz (specified performance, Amateur bands only)
TX Frequency Ranges: 1.8 MHz - 54 MHz (Amateur bands only)
Frequency Stability: ±0.5 ppm (after 1 minute @+14 °F to +122 °F [10 °C to +50 °C])
Operating Temperature Range: +14 °F to +122 °F (10 °C to +50 °C)
Emission Modes: A1A (CW), A3E (AM), J3E (LSB, USB), F3E (FM),
F1B (RTTY), F1D (PACKET), F2D (PACKET)
Frequency Steps: 1/10 Hz (SSB, CW, & AM), 100 Hz (FM)
Antenna Impedance: 50 Ohms, unbalanced
16.7 - 150 Ohms, unbalanced (1.8 - 29.7 MHz)
25 - 100 Ohms, unbalanced (50 - 54 MHz)
(Tuner ON, 1.8 MHz - 50 MHz Amateur bands, TX only)
Power Consumption (Approx.): RX (no signal) 1.8 A
RX (signal present) 2.1 A
TX (100 W) 23 A
Supply Voltage: DC 13.8 V ± 10% (Negative Ground)
Dimensions (WxHxD): 14.4 x 4.5 x 12.3 (365 x 115 x 312 mm)
Weight (Approx.): 22.0 lbs (10 kg)
Power Output: 5 - 100 watts (2 - 25 watts AM carrier)
Modulation Types: J3E (SSB): Balanced,
A3E (AM): Low-Level (Early Stage),
F3E (FM): Variable Reactance
Maximum FM Deviation: ±5.0 kHz/ ±2.5 kHz
Harmonic Radiation: Better than -60 dB (1.8 MHz - 29.7 MHz Amateur bands: Harmonics)
Better than -50 dB (1.8 MHz - 29.7 MHz Amateur bands: Others)
Better than -65 dB (50 MHz Amateur band)
SSB Carrier Suppression: At least 60 dB below peak output
Undesired Sideband Suppression: At least 60 dB below peak output
3rd-order IMD: 31 dB @14 MHz 100 watts PEP
Bandwidth: 3 kHz (LSB/USB), 500 Hz (CW), 6 kHz (AM), 16 kHz (FM)
Audio Response (SSB): Not more than -6 dB from 300 to 2700 Hz
Microphone Impedance: 600 Ohms (200 to 10k Ohms)
Circuit Type: Double-conversion Superheterodyne
Intermediate Frequencies: 9.000 MHz/ 30 kHz (24 kHz for AM/FM)
Sensitivity: SSB (BW: 2.4 kHz, 10 dB S+N/N)
4 μV (0.5 - 1.8 MHz) (IPO ON)
0.16 μV (1.8 - 30 MHz) (RF AMP 2 ON)
0.125 μV (50 - 54 MHz) (RF AMP 2 ON)
AM (BW: 6 kHz, 10 dB S+N/N, 30 % modulation @400 Hz)
28 μV (0.5 - 1.8 MHz) (IPO ON)
2 μV (1.8 - 30 MHz) (RF AMP 2 ON)
1 μV (50 - 54 MHz) (RF AMP 2 ON)
FM (BW: 15 kHz, 12 dB SINAD)
0.5 μV (28 - 30 MHz) (RF AMP 2 ON)
0.35 μV (50 - 54 MHz) (RF AMP 2 ON)
There is no specification for frequency ranges not listed.
Selectivity (WIDTH: Center): Mode -6 dB -60 dB
CW/RTTY/PKT 0.5 kHz or better 750 Hz or less
SSB 2.4 kHz or better 3.6 kHz or less
AM 6 kHz or better 15 kHz or less
FM 15 kHz or better 25 kHz or less
Image Rejection: 70 dB or better (1.8 MHz - 30MHz Amateur bands)
60 dB or better (50 - 54MHz Amateur band)
Maximum Audio Output: 2.5 W into 4 Ohms with 10% THD
Audio Output Impedance: 4 to 8 Ohms (4 Ohms: nominal)
Conducted Radiation: Less than 4 nW
#- CHS-FTDX-3000 #