Yaesu Ftdx5000 Sm

IntroductionThis manual provides technical information necessary forservicing the FTDX5000 Series HF/50 MHz Transceiver.

Servicing this equipment requires expertise in handlingsurface-mount chip components. Attempts by non-qual-ified persons to service this equipment may result inpermanent damage not covered by the warranty, andmay be illegal in some countries.

Two PCB layout diagrams are provided for each dou-ble-sided circuit board in the Transceiver. Each side ofis referred to by the type of the majority of componentsinstalled on that side (leaded or chip-only). In mostcases one side has only chip components, and the oth-er has either a mixture of both chip and leaded compo-nents (trimmers, coils, electrolytic capacitors, ICs, etc.),or leaded components only.

While we believe the technical information in this manu-al to be correct, VERTEX STANDARD assumes no lia-bility for damage that may occur as a result of typograph-ical or other errors that may be present. Your coopera-tion in pointing out any inconsistencies in the technicalinformation would be appreciated.

2011 VERTEX STANDARD CO., LTD. EH036H90C

Technical Supplement

HF/50 MHz TRANSCEIVER

FTDX5000SERIES

ContentsSpecificationsExploded View & Miscellaneous PartsBlock DiagramConnection DiagramAlignmentBoard Unit (Schematics, Layouts & Parts)

TRX UnitVRF UnitBPF UnitSCP UnitDVS UnitRX-1 UnitLOCAL UnitCNTL UnitPA-B UnitTUNER UnitTUNER-C UnitANT UnitVRF-A UnitDSP UnitVR-A UnitVR-B UnitENC UnitBACK-LIGHT UnitSW-A UnitSW-B UnitSW-C UnitSW-D UnitJACK UnitMIC UnitUEL UnitLINK Unit

Important Note1) This transceiver was assembled using Pb (lead) free solder,

based on the RoHS specification.Only lead-free solder (Alloy Composition: Sn-3.0Ag-0.5Cu)should be used for repairs performed on this apparatus. Thesolder stated above utilizes the alloy composition required forcompliance with the lead-free specification, and any solderwith the above alloy composition may be used.

2) Risk of explosion if battery is replaced by an incorrect type.Dispose of used batteries according to the instructions.

VERTEX STANDARD CO., LTD.4-8-8 Nakameguro, Meguro-Ku, Tokyo 153-8644, JapanVERTEX STANDARDUS Headquarters10900 Walker Street, Cypress, CA 90630, U.S.A.YAESU UK LTD.Unit 12, Sun Valley Business Park, Winnall CloseWinchester, Hampshire, SO23 0LB, U.K.VERTEX STANDARD HK LTD.Unit 1306-1308, 13F., Millennium City 2, 378 Kwun Tong Road,Kwun Tong, Kowloon, Hong KongVERTEX STANDARD (AUSTRALIA) PTY., LTD.Tally Ho Business Park, 10 Wesley Court, East Burwood, VIC, 3151

Specifications

GeneralRx Frequency Range: 30 kHz - 60 MHz (operating)

1.8 - 29.7 MHz, 50 - 54 MHz (specified performance, Amateur bands only)

Tx Frequency Ranges: 1.8 - 29.7 MHz, 50 - 54 MHz (Amateur bands only)

5.16750MHz, 5.33200MHz, 5.34800MHz,

5.36800MHz, 5.37300MHz, 5.40500MHz (USA version only)

Frequency Stability: 0.05 ppm (MP version, after 1 minute @+14 F ~ +140 F [10 C ~ +60 C])

0.5 ppm (after 1 minute @+14 F ~ +140 F [10 C ~ +60 C])

Operating Temperature Range: +14 F ~ +140 F (10 C ~ +60 C)

Emission Modes: A1A (CW), A3E (AM), J3E (LSB, USB), F3E (FM),

F1B (RTTY), F1D (PACKET), F2D (PACKET)

Frequency Steps: 1/5/10 Hz (SSB,CW, & AM), 100 Hz (FM)

Antenna Impedance: 50 Ohms, unbalanced

16.7 - 150 Ohms, unbalanced (Tuner ON, 1.8 - 29.7 MHz Amateur bands)

25 - 100 Ohms, unbalanced (Tuner ON, 50 MHz Amateur band)

Power Consumption: Rx (no signal) 70 VA

(@117 VAC) Rx (signal present) 80 VA

Tx (200 W) 720 VA

Supply Voltage: AC 90 V - AC 264 V

Dimensions (WxHxD): 18.2 x 5.3 x 15.3 (462 x 135 x 389 mm) w/o knob and connector

Weight (approx.): 46.3 lbs (21 kg)

TransmitterPower Output: 10 - 200 watts (CW, LSB, USB, FM, RTTY, PKT)

5 - 50 watts (AM carrier)

10 - 75 watts (Class A: LSB, USB)

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 - 50 MHz Amateur bands)

SSB Carrier Suppression: At least 60 dB below peak output

Undesired Sideband Suppression: At least 60 dB below peak output

Audio Response (SSB): Not more than 6 dB from 300 to 2700 Hz

3rd-order IMD: 31 dB @14 MHz, 100 watts PEP

40 dB @14 MHz, Class A: 75 watts PEP

Bandwidth: 500 Hz (CW)

3.0 kHz (LSB, USB)

6.0 kHz (AM)

16 kHz (FM)

Microphone Impedance: 600 Ohms (200 to 10 k Ohms)

SPECIFICATIONS-1 FTDX5000 Series Technical Supplement

ReceiverCircuit Type: VFO-A; Double-conversion superheterodyne

VFO-B; Triple-conversion superheterodyne

Intermediate Frequencies: VFO-A; 9 MHz /30 kHz (24 kHz for AM/FM)

VFO-B; 40.455 MHz/455 kHz /30 kHz (24 kHz for AM/FM)

Sensitivity: SSB (2.4 kHz, 10 dB S+N/N)

2 V (0.5 - 1.8 MHz, IPO1)

0.2 V (1.8 - 30 MHz, AMP2)

0.125 V (50 - 54 MHz, AMP2)

AM (6 kHz, 10 dB S+N/N, 30 % modulation @400 Hz)

6 V (0.5 - 1.8 MHz, IPO1)

2 V (1.8 - 30 MHz, AMP2)

1 V (50 - 54 MHz, AMP2)

FM (BW: 15 kHz, 12 dB SINAD)

0.5 V (28 - 30 MHz, AMP2)

0.35 V (50 - 54 MHz, AMP2)

There is no specification in frequency ranges not listed.

Squelch Sensitivity (AMP2): SSB/CW/AM

2 V (0.1 - 30 MHz)

2 V (50 - 54 MHz)

FM

1 V (28 - 30 MHz)

1 V (50 - 54 MHz)

There is no specification in frequency ranges not listed.

Selectivity (6/60 dB): Mode 6 dB 60 dB

CW 0.5 kHz or better 750 Hz or less

LSB, USB 2.4 kHz or better 3.6 kHz or less

AM 6 kHz or better 15 kHz or less

FM 12 kHz or better 30 kHz or less

Image Rejection: 70 dB or better (1.8 - 29.7 MHz Amateur bands, VRF: ON)

60 dB or better (50 MHz 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 4000 W

: Except the 9 MHz.

Specifications are subject to change, in the interest of technical improvement, without notice or obligation,and are guaranteed only within the amateur bands.

Specifications

SPECIFICATIONS-2FTDX5000 Series Technical Supplement

Specifications

Note

SPECIFICATIONS-3 FTDX5000 Series Technical Supplement

Exploded View-1

Exploded ViewCase ASSY

CP9633001TOP CASE ASSY

RA1058600SHIELD CASE COVER

CP9634001BOTTOM CASE ASSY(W/ LEG ASSY)

RA0719500 (X2 pcs)LEG

RA072470A (X2 pcs)LEG

RA072460A (X2 pcs)LEG

Non-designated parts are available only as part of a designatedassembly.



RA1208800 (X2pcs)GASKET

RA1208700SPONGE RUBBERRA1207600 (X2pcs)

GASKET

R7133800B (X2 pcs)WASHERR7133800B (X2 pcs)

WASHER

RA0733900PORON SHEET

REF. VXSTD P/N Description Qty. U31406007 OVAL HEAD SCREW M4X6B 10 U31306007 OVAL HEAD SCREW M3X6B 23 U24306001 BIND HEAD TAPTITE-B M3X6 15 U34308001 FLAT HEAD TAPTITE-B M3X8 10 U03306002 SEMS SCREW ASM3X6NI 1 U20304002 BINDING HEAD SCREW M3X4NI 3 U9900254 SPECIAL SCREW M4X20B 2 U24410007 BIND HEAD TAPTITE-B M4X10B 2

RA1233300SHEEET

RA1208800 (X2pcs)GASKETRA1235600 (X3pcs)

SHEEET

RA1080800 (X7pcs)PORON SHEET

Exploded View-2

Exploded ViewPanel ASSY (1/2)

RA1227100 (X2 pcs)INSULATOR (ENC)

RA117780BKNOB MAIN ASSY

RA1176900 (X2pcs)VOLUME KNOB(IN18ASSY)

RA1208100RUBBER RING (MAIN)


REF. VXSTD P/N Description Qty. U24208001 BIND HEAD TAPTITE-B M2.6X8 5 U03306002 SEMS SCREW ASM3X6NI 4

RA1178400RUBBER RING (SUB)

RA1178300 (X2pcs)RUBBER RING (SEL)

RA0744600SLEEVE

U9900192WAVE WASHER

RA0729400WASHER

R0134990ACOIL SPRING

R3135000AWASHER

U9900192WAVE WASHER

RA0729400WASHER

RA0729400WASHER

RA0729400WASHER

RA117740ASUB KNOB ASSY

RA1177100 (X2pcs)KNOB ASSY (SEL)

RA1176800 (X2pcs)VOLUME KNOB(OUT21ASSY)RA1176700 (X6pcs)VOLUME KNOB

(IN13ASSY)

RA1176600 (X6pcs)VOLUME KNOB(OUT17ASSY)

RA1177000KNOB ASSY(METER)

LINK Unit

VR-A Unit

VR-B Unit

ENC Unit

This nut are attached to ROTARY SWITCH.

This washer are attached to ROTARY SWITCH.

This nut areattached to VR (X8pcs).

This washer areattached to VR (X8pcs).

Exploded View-3

Exploded ViewPanel ASSY (2/2)

RA117870ANAME PLATE

RA1175800LIGHT GUIDE (CAT)

RA1173700WINDOW

RA1175200PUSH KNOB (PWR)

RA1175900PUSH KNOB(MRTX)

RA1175300PUSH KNOB(10KEY)

RA1173900 (X3pcs)WINDOW (EL)

RA1175400PUSH KNOB(MODE)

RA1174700 (X2pcs)KNOB ASSY (VFO)

SW-C Unit

RA1175500PUSH KNOB (NB)


REF. VXSTD P/N Description Qty. U24105001 BIND HEAD TAPTITE-B M2X5 55

R7155600 (X8 pcs)HIMERON TAPE

RA1174900 (X2pcs)KNOB ASSY (DNR)

RA1176200PUSH KNOB (STO)

RA1185000PUSH KNOB (RX)

RA1176100PUSH KNOB (AB)

RA1175600PUSH KNOB(MAINL)

RA1175700PUSH KNOB(MAINR)

RA1174100KNOB ASSY (MOX)

RA1174400KNOB ASSY (CLAR)

RA1176000PUSH KNOB (SRTX)

RA1185100REFLECTOR SHEET

RA119700BFRONT PANEL ASSY

Q7000629 (X3pcs)MODULE (UEL362)

UEL Unit

RA1178500 (X3pcs)DOUBLE FACE (EL)

SW-B Unit

SW-D Unit

SW-A Unit

RA1154100SHIELD CASE COVER(VOL)

RA1176400 (X5pcs)LEVER KNOB

RA1236800SPONGE RUBBER

RA1236800SPONGE RUBBER

RA1234000SPONGE RUBBER(MAINR)

RA1234100SPONGE RUBBER(MAINL)

RA1176300PUSH KNOB(CLASSA)

RA1178600HOLDER (EL)

Exploded View-4

Exploded ViewPanel Frame ASSY

RA1176500REFLECTOR

RA1173300 (X2pcs)GROUND PLATE

RA1153800PANEL FRAME

Q7000633VFD MODULE

M0290077M0290078 (CE Type)METER

MIC Unit

JACK Unit

BACK-LIGHT Unit

Q9000833ROTARY ENCODER

Q9000833ROTARY ENCODER


REF. VXSTD P/N Description Qty. U24208001 BIND HEAD TAPTITE-B M2.6X8 9

This washer are attached to ROTARY ENCODER.

This nut are attached to ROTARY ENCODER.

This metal fittings are attached to CONNECTOR.

This washer are attachedto CONNECTOR.

This nut are attached to CONNECTOR.

RA1185200 (X2pcs)SPONGE RUBBER (REF)

RA1173200GROUND PLATE

RA1223200SHEET

RA1223300SHEET

This washer are attached to ROTARY ENCODER.

This nut are attached to ROTARY ENCODER.

Exploded View-5

Exploded ViewCHASSIS ASSY (1/4)

RA104750ACHASSIS

PA-B Unit

Q7000634POWER SUPPLY

FAN ASSY

SP ASSY

S5000292FINGER GUARD


REF. VXSTD P/N Description Qty. U24306001 BIND HEAD TAPTITE-B M3X6 32 U03306002 SEMS SCREWASM3X6NI 12 U03310002 SEMS SCREWASM3X10NI 7 U03314001 SEMS SCREWASM3X14 4 U04308002 SEMS SCREWHSM3X8NI 4 U65500102 WING NUT N5NI 1 U72005002 TOOTHED LOCK WASHER OW5NI 2 U70005002 PLAIN WASHER FW5NI 2 U66500002 FLANGE NUT N5NI 1 U51525020 HEXA SOCKET BOLT M5X25SUS 1

RA1172600 (X2 pcs)SHEET


RX-1 Unit

RA1219100 (X3pcs)INSULATOR


BPF Unit

ANT UNIT ASSY

TUNER UNIT ASSY

TUNER-C Unit

RA1172400DISPLAY PANEL

S5000010LEAD CLAMP(L=55)

S5000321SPACER

S5000290 (X4pcs)SPACER

RA1208800GASKET

R7153661BLIND SHEET

RA1231800INSULATOR SHEET


RA117260A (X2 pcs)ThermalConductivePad

Exploded View-6

Exploded View

CHASSIS ASSY (2/4)


SP ASSY PA-B UNIT ASSY

RA0910100HOLDER

RA1059300HOLDER

RA090120AHEATSINK

RA0910400HEATSINK PLATE

RA0916100INSULATOR SHEET

PA-B UNIT


REF. VXSTD P/N Description Qty. U24306001 BIND HEAD TAPTITE-B M3X6 6 U03306002 SEMS SCREW ASM3X6NI 15 U02312002 SEMS SCREW SM3X12NI 6 U34308001 FLAT HEAD TAPTITE-B M3X8 14 U03308002 SEMS SCREW ASM3X8NI 2 S5000223 SPACER 12 S5000321 SPACER 1


REF. VXSTD P/N Description Qty. U9900021 PAN HEAD TAPTITE-B HM3X6 4

RA1172700HOLDER (SP)

RA1237100SPONGE RUBBER (SP2)

M4090125SPEAKER



RA1172800SPONGE RUBBER (SP)

RA00152B0 (X6pcs)GROUND PLATE


RA123790ASHEEET

RA1235800 (X2pcs)SPONGE RUBBER

Exploded View-7

Exploded View

CHASSIS ASSY (3/4)

FAN ASSY

TUNER Unit

ANT UNIT ASSY

RA1059200SHIELD CASE COVER (ANT)


REF. VXSTD P/N Description Qty. U03306002 SEMS SCREWASM3X6NI 4

TUNER UNIT ASSY


RA1172500 (X2 pcs)SPONGE RUBBER (FAN)

M2090050FAN


REF. VXSTD P/N Description Qty. U03306002 SEMS SCREWASM3X6NI 4 U44308002 PAN HEAD TAPTITE-B M3X8NI 10

P1090984 (X5pcs)CONNECTOR (MDR-2)

P1091117BCONNECTOR(BNC/BR M11)

ANT Unit

RA1059100HOLDER (ANT)


RA123330ASHEEET

S5000323TERMINAL

RA123350AThermalConductivePad

RA1318200ThermalConductivePad

RA1318100ThermalConductivePad

Exploded View-8

Exploded View

CHASSIS ASSY (4/4)

RA104750ACHASSIS

DSP Unit

VRF Unit

SCP UnitDVS Unit

LOCAL Unit

CNTL Unit

VRF-A Unit

TRX Unit



REF. VXSTD P/N Description Qty. U24306001 BIND HEAD TAPTITE-B M3X6 40 U03306002 SEMS SCREW ASM3X6NI 16 U24308001 BIND HEAD TAPTITE-B M3X8 3 U44308002 PAN HEAD TAPTITE-B M3X8NI 2

RA1058700SHIELD CASE (DSP)

RA1059000SHIELD CASE COVER (DSP)

RA083090ASHIELD CASE COVER


RA0423200LOCK PLATE

BLOCK & CONNECTION DIAGRAM-1FTDX5000 Series Technical Supplement

BLOCK DIAGRAM (Lot. 1)

BLOCK & CONNECTION -2 FTDX5000 Series Technical Supplement

BLOCK DIAGRAM (Lot. 2~)

BLOCK & CONNECTION DIAGRAM-3FTDX5000 Series Technical Supplement

CONNECTION DIAGRAM (Lot. 1)

BLOCK & CONNECTION -4 FTDX5000 Series Technical Supplement

CONNECTION DIAGRAM (Lot. 2~)

ALIGNMENT-1

Alignment

FTDX5000 Series Technical Supplement

Introduction and PrecautionsThe following procedures cover adjustments that are

not normally required once the transceiver has left

the factory. However, If a problem occurs during

normal operation due to component failure; realign-

ment may be required after the faulty components

have been replaced.

We recommend that authorized Vertex Standard

Technicians, who are experienced with the circuitry

and fully equipped to repair and align our products,

perform repairs. If a fault is suspected, contact the

selling dealer for instructions regarding repair. Au-

thorized Vertex Standard Technicians have the lat-

est information to align all circuits and make com-

plete performance checks to ensure compliance with

factory specifications after repairs.

Those who do undertake any of the following align-

ments are cautioned and proceed at their own risk.

Problems caused by unauthorized attempts at re-

alignment are not covered by the warranty policy.

Vertex Standard must reserve the right to change

circuits and alignment procedures in the interest of

improved performance, without notifying owners.

Under no circumstances should any alignment be

attempted unless the normal functions and opera-

tion of the transceiver are clearly understood, the

cause of the malfunction has been clearly identified

and all faulty components replaced. The need for

realignment should be determined to be absolutely

necessary.

The following test equipment (and a thorough fa-

miliarity with its correct use) is necessary for correct

realignment. Most steps do not require all of the

equipment listed. The interactions of some adjust-

ments may require that more complex adjustments

be performed in a sequence. Do not attempt to per-

form only a single step unless it is clearly isolated

electrically from all other steps. Have all test equip-

ment ready before beginning, and follow all of the

steps in a section in the order they are presented.

Required Test Equipment RF Signal Generator

AF Signal Generator

Spectrum Analyzer good to at least 1 GHz.

Frequency Counter

SINAD Meter

RF Millivoltmeter

Digital DC Voltmeter (high-Z, 1 M-Ohm/V)

DC Voltmeter

DC Ammeter (30 A)

Ohmmeter

DMU-2000 Data Management Unit

50-Ohm Dummy Load (200 watts)



In-Line Wattmeter (200 watts, 50-Ohm)

Linear Detector

RF Coupler

4-Ohm AF Dummy Load (3 watts)

Alignment Preparation & PrecautionsA 50-ohm RF Dummy load and in-line wattmeter

must be connected to the ANT 1 jack in all proce-

dures that call for transmission, except where speci-

fied otherwise. Correct alignment is not possible with

an antenna.

After completing one step, read the following step

to determine whether the same test equipment will

be required. If not, remove the unneeded test equip-

ment before proceeding. (except the dummy load

and wattmeter).

Correct alignment requires that the ambient temper-

ature be maintained constant between 68 F ~ 86 F

(20 C ~ 30 C). When the transceiver is brought into

the shop from a hot or cold environment, it should

be allowed time to come to room temperature be-

fore alignment. Also, the test equipment must be

thoroughly warmed up before beginning.

Whenever possible, alignments should be made with

oscillator shields and circuit boards firmly affixed in

place. Also, the test equipment must be thoroughly

warmed up before beginning.

Note: Signal levels in dB referred to in this proce-dure are based on 0 dB = 0.5 V (closed cir-

cuit).

ALIGNMENT-2

Alignment


Analog Meter AdjustmentMeter Full Adjustment

Press and hold in the [1(1.8)], [2(3.5)], and [3(7)]

keys, while turning the radio on, to enter the

alignment mode.

Rotate the (VFO-A)[SELECT] Knob to select the

alignment parameter 01-01 MTR FULL.

Rotate the (VFO-B)[SELECT] knob so that the

Main S-meter deflects to full scale.

Press and hold in the [MENU] button for 2 sec-

onds to save the new setting and exit from the

alignment mode.

VDD Meter Adjustment

Connect the DC voltmeter to TP5518 on the PA-

B Unit.

Switch the external display to SWR Monitor

page.



alignment mode.

Rotate the (VFO-A)[SELECT] knob to select the

alignment parameter 01-02 VDD MTR.

Press the [ENT] key, then rotate the (VFO-

B)[SELECT] knob so that the VDD meter read-

ing is the same as that on the DC voltmeter.


alignment parameter 01-03 VDD TFT.


VDD meter (on the external display) reading is

the same as that on the DC voltmeter.



alignment mode.

PA-A UNIT POINTSConnect the DC voltmeter

(TP5518)

Connect the DC voltmeter(pin1 of J5520)

MTR FULL

[1(1.8)], [2(3.5)], and [3(7)] keys

(VFO-B)[SELECT] knob

(VFO-A)[SELECT] knob

SUB DISPLAY-II SUB DISPLAY-I SUB DISPLAY-III

ALIGNMENT-3

Alignment


TEMP

TEMP Meter Adjustment

Connect the DMU-2000 to the FTDX5000, and set

the external display screen to the SWR page to

view the temperature indication.



alignment mode.


alignment parameter 01-04 TEMP.


SUB DISPLAY-III is reads "70."

Confirm that the temperature-meter reads 80 C

5 C.


SUB DISPLAY-III is reads "125."

Confirm that the temperature-meter reads 20 C

5 C.



alignment mode.

Cooling fan Adjustment Connect the DC voltmeter to pin 1 of J5520 on

the PA-B Unit.



alignment mode.


alignment parameter 01-05 FAN.


SUB display-III reads "110" or less.

Confirm the fan is stopped.


SUB display-III display is reads "127."

Confirm that the voltmeter reads 7.2 V 0.3 V.









Confirm that the voltmeter reads less than 0.5 V.



alignment mode.

[1(1.8)], [2(3.5)], and [3(7)] keys

(VFO-B)[SELECT] knob

(VFO-A)[SELECT] knob

SUB DISPLAY-II SUB DISPLAY-I SUB DISPLAY-III

ALIGNMENT-4

Alignment


PLL (Main) Adjustment

Connect the Digital DC voltmeter (high-Z) to

TP4004 on the LOCAL Unit.


2nd Local (Sub, SCP) Adjustment

Disconnect the coaxial cable from J4001 on the

LOCAL Unit, then connect the RF millivoltmeter

to J4001.

Confirm that the RF millivoltmeter reads 3 dBm

3dBm.

Disconnect the RF millivoltmeter from J4001, then

re-connect the coaxial cable to J4001.


LOCAL Unit, then connect the RF millivoltmeter

to J4002.

Confirm that the RF millivoltmeter reads 3 dBm

3dBm.



Main 2nd Local Adjustment

Connect the RF millivoltmeter to TP4003.

Adjust T4002 on the LOCAL Unit for maximum

deflection on the RF millivoltmeter (more than

0.42 dBm).

Disconnect the RF millivoltmeter from TP4003.

Sub 3nd Local Adjustment


Confirm that the RF millivoltmeter reads 0.42

Vrms 0.13 Vrms.


1st Local (Main, Sub, SCP) Adjustment

Set the Main Band (VFO-A) frequency to 14.000

MHz in the SSB mode.



Vrms 0.08 Vrms.




Vrms 0.08 Vrms.




Vrms 0.08 Vrms.


Local Adjustment2nd Local Oscillator Adjustment


LOCAL Unit, then connect the Frequency counter

to J4002.



alignment mode.


alignment parameter 01-06 FREQ.

Rotate the (VFO-B)[SELECT] knob so that the Fre-

quency counter reading is 40.000 MHz ( 2Hz).



alignment mode.

OCXO Only

Disconnect the Frequency counter from J4002,

then connect the RF millivoltmeter to J4002.


Adjust T4003, T4004 and T4006 on the LOCAL

Unit for maximum deflection on the RF

millivoltmeter (more than 10 dBm).


ALIGNMENT-5

Alignment


LOCAL UNIT ALIGNMENT POINTS

T4003 T4004

TP4010

T4006

TP4004

J4001 J4002

T4002

TP4003 TP4001

TP4012 TP4013

TP4014

ALIGNMENT-6

Alignment


Main Receiver Adjustment1st Local Oscillator Adjustment

Set the following controls as indicated:

[IPO] button: AMP1

[ATT] button: OFF

[FLT] button: THRU

[R.FLT] button: AUTO

[AGC] button: AUTO

[RF GAIN] knob: Fully clockwise

[MODE] button: CW

Connect the RF millivoltmeter to TP3038 on the

RX-1 Unit.



alignment mode.

Select the appropriate Alignment Parameter

using the (VFO-A)[SELECT] knob per the chart

below, and adjust the (VFO-B)[SELECT] knob for

the corresponding RF millivoltmeter reading at

each frequency.



alignment mode.

2nd/3rd Local Level Adjustment


[IPO] button: AMP1

[ATT] button: OFF

[FLT] button: THRU


[AGC] button: AUTO



RX-1 Unit.

Adjust T3020 on the RX-1 Unit for maximum de-

flection on the RF millivoltmeter (more than +0.5

dBm).

IF Transformer Adjustment


[IPO] button: AMP1

[ATT] button: OFF

[FLT] button: THRU

[AGC] button: AUTO


[MODE] button: CW


MHz in the CW mode.

Connect the AF millivoltmeter and 4 Ohm

dummy load to the EXT SP jack.

Connect the RF Signal Generator to the ANT 1

jack, then set the output level to 0 dB at the

14.200 MHz.

Set the Roofing filter bandwidth to 3 kHz by

pressing the [R.FLT] Switch.

Adjust T3025, T3021 and T3018 on the RX-1 Unit

in succession several times for maximum deflec-

tion on the AF millivoltmeter.

If the Main S-meter deflects while adjusting, re-

duce the RF Signal Generator output so that the

Main S-meter does not deflect.



Adjust T3032 and T3027 on the RX-1 Unit in suc-

cession several times for maximum deflection on

the AF millivoltmeter.












ALIGNMENT PARAMETER

02-01 M-L1.8

02-02 M-L3.5

02-03 M-L7

02-04 M-L14

02-05 M-L21

02-06 M-L28

02-07 M-L50

VFO-A FREQUENCY

1.850 MHz

3.750 MHz

7.100 MHz

14.200 MHz

21.200 MHz

28.700 MHz

50.100 MHz

RF MILLIVOLTMETER

1.10 Vrms (0.05 Vrms)

1.10 Vrms (0.05 Vrms)

1.10 Vrms (0.05 Vrms)

1.10 Vrms (0.05 Vrms)

1.0 Vrms (0.05 Vrms)

1.0 Vrms (0.05 Vrms)

0.6 Vrms (+0.05 Vrms/0.1 Vrms)

ALIGNMENT-7

Alignment


MCF Adjustment


[IPO] button: AMP2

[ATT] button: OFF

[FLT] button: THRU


[AGC] button: AUTO



MHz in the FM-W mode.

Connect the AC millivoltmeter, SINAD meter,

and 4 Ohm dummy load to the EXT SP jack.


jack, then set the output level to 0 dB at 28.000

MHz.


pressing the [R.FLT] button.

Adjust T3031,T3026, T3021 and T3018 on the RX-

1 Unit in succession several times for maximum

deflection on the SINAD meter.





MHz in the AM mode, and set the IPO to AMP2

by pressing the [IPO] button.


pressing the [R.FLT] button, and set the IPO to

AMP2 by pressing the [IPO] button.

Set the RF Signal Generator output to +36 dB

(AM: 1kHz, 30%) at 28.000 MHz.







RX-1 UNIT (RECEIVER SECTION) ALIGNMENT POINTS

TP3038

T3020T3026

T3031 T3032

T3027T3018

TP3020

TP3023 T3021 T3025

ALIGNMENT-8

Alignment


Noise Blanker Circuit Adjustment


[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO

[NB] button: ON (for short-duration pulse noise)

[NB] knob: 12 o' clock


[VRF] button: THRU


MHz in the CW mode.

Connect the DC voltmeter to TP3020 on the

MAIN Unit.



MHz.

Adjust T1019, T3023 and T3028 on the RX-1 Unit

for minimum deflection on the DC voltmeter.

Turn the NB to OFF by pressing the [NB] but-

ton.


IF Trap (9MHz) Adjustment


[IPO] button: AMP2

[ATT] button: OFF


[AGC] button: AUTO


[VRF] button: THRU


MHz in the CW mode.

Connect the AC millivoltmeter and 4 Ohm



jack, then set the output level to 60 dB ~ 90 dB

at 9.000 MHz.

Adjust T3005 on the MAIN Unit for minimum

deflection on the AC millivoltmeter.




IF OUT Adjustment


Menu item: 109 RGEN IF OUT (ENABLE)

[IPO] button: AMP2

[ATT] button: OFF


[AGC] button: AUTO


[VRF] button: THRU


RX-1 Unit.


MHz in the CW mode.

Then set the output level to 80 dB ~ 100 dB at

14.200 MHz.

Adjust T3034 on the MAIN Unit for minimum

deflection on the RF millivoltmeter.


IF Trap (Scope) Adjustment


[IPO] button: AMP2

[ATT] button: OFF


[AGC] button: AUTO


[VRF] button: THRU


MHz in the CW mode.


RX-1 Unit, then connect the RF millivoltmeter to

J3015.


jack, then set the output level to 100 dB ~ 130

dB at 40.455 MHz.

Adjust T3003 on the MAIN Unit for maximum

deflection on the RF millivoltmeter.



ALIGNMENT-9

Alignment


RF AGC Adjustment


[ANT 1/2] button: ANT 1

[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO


[FLT] button: THRU

[MODE] button: CW


jack, and connect the Digital DC voltmeter (high-

Z) to J3016 pin 5 on the RX-1 Unit.



alignment mode.



below, then set the RF Signal Generator output

to each frequency & level, and adjust the (VFO-

B)[SELECT] knob for the corresponding DC volt-

meter reading at each frequency.



alignment mode.

IF Gain Adjustment


[IPO] button: AMP1

[ATT] button: OFF

[R.FLT] button: 3 kHz

[AGC] button: AUTO

[PITCH] knob: 700 Hz


[FLT] button: THRU

[MODE] button: CW





MHz.


MHz in the CW mode.



alignment mode.

Adjust the Main [AF GAIN] knob so that the AC

millivoltmeter reading is 0 dB.





B)[SELECT] knob for the corresponding AC

millivoltmeter reading at each frequency.



alignment mode.

RF SIGNAL GENERATOR

1.900 MHz, 10 dB

3.750 MHz, 10 dB

7.150 MHz, 10 dB

10.125 MHz, 10 dB

14.175 MHz, 10 dB

18.117 MHz, 10 dB

21.255 MHz, 10 dB

24.940 MHz, 10 dB

28.850 MHz, 10 dB

52.000 MHz, 10 dB

ALIGNMENT PARAMETER

04-01 M-IGN1.8

04-02 M-IGN3.5

04-03 M-IGN7

04-04 M-IGN10

04-05 M-IGN14

04-06 M-IGN18

04-07 M-IGN21

04-08 M-IGN24

04-09 M-IGN28

04-10 M-IGN50

VFO-A FREQUENCY

1.900 MHz

3.750 MHz

7.150 MHz

10.125 MHz

14.175 MHz

18.117 MHz

21.255 MHz

24.940 MHz

28.850 MHz

52.000 MHz

AC MILLIVOLTMETER

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

RF SIGNAL GENERATOR

1.900 MHz, 76 dB

3.750 MHz, 76 dB

7.150 MHz, 76 dB

10.125 MHz, 76 dB

14.175 MHz, 76 dB

18.117 MHz, 76 dB

21.255 MHz, 76 dB

24.940 MHz, 76 dB

28.850 MHz, 76 dB

52.000 MHz, 76 dB

ALIGNMENT PARAMETER

03-01 M-RGC1.8

03-02 M-RGC3.5

03-03 M-RGC7

03-04 M-RGC10

03-05 M-RGC14

03-06 M-RGC18

03-07 M-RGC21

03-08 M-RGC24

03-09 M-RGC28

03-10 M-RGC50

VFO-A FREQUENCY

1.900 MHz

3.750 MHz

7.150 MHz

10.125 MHz

14.175 MHz

18.117 MHz

21.255 MHz

24.940 MHz

28.850 MHz

52.000 MHz

DC VOLTMETER

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

ALIGNMENT-10

Alignment


S-meter Adjustment


[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO


[FLT] button: THRU


jack, then set the frequency to 14.200 MHz.


MHz in the CW mode.



alignment mode.




to each level, and adjust the (VFO-B)[SELECT]

knob for the corresponding Main S-meter deflec-

tion, then press the [ENT] key to save the new

setting at each frequency.



alignment mode.

FILTER Gain Adjustment


[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO


[FLT] button: THRU

Connect the AF millivoltmeter to the ANT 1

jack, then set the frequency to 14.200 MHz.


MHz in the CW mode.



alignment mode.










alignment mode.

MAIN S-METER

S-0

S-1

S-5

S-7

S-9

S-9+10dB

S-9+20dB

S-9+30dB

S-9+40dB

S-9+50dB

S-9+60dB

ALIGNMENT PARAMETER

05-01 M-S0

05-02 M-S1

05-03 M-S5

05-04 M-S7

05-05 M-S9

05-06 M-S10

05-07 M-S20

05-08 M-S30

05-09 M-S40

05-10 M-S50

05-11 M-S60

RF SIGNAL GENERATOR

OFF

14 dB

24 dB

30 dB

36 dB

46 dB

56 dB

66 dB

76 dB

86 dB

96 dB

AF SIGNAL GENERATOR

0 dB (0.5 dB)

0 dB (0.5 dB)

Confirm 0 dB

0 dB (0.5 dB)

0 dB (0.5 dB)

ALIGNMENT PARAMETER

06-01 M-RF300

06-02 M-RF600

06-03 M-RF3k

05-04 M-RF6k

06-05 M-RF15k

ROOFING FILTER

300 Hz

600 Hz

3 kHz

6 kHz

15 kHz

ALIGNMENT-11

Alignment


FM Gain Adjustment


[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO


[FLT] button: THRU

Set the RF Signal Generator to 12 dB at 28.8500

MHz with 3.5 kHz deviation FM modulation of

a 1 kHz audio signal.





alignment mode.


alignment parameter 07-01 M-FMG28.


Main S-meter reading is S-3.



alignment mode.








alignment mode again.

Rotate the Main Tuning Dial knob to select the

alignment parameter 07-02 M-FMG50.

Rotate the [SUB(VFO-B)] knob so that the Main

S-meter reading is S-3.



alignment mode.

ALIGNMENT-12

Alignment


Sub Receiver Adjustment1st Local Oscillator Adjustment


[IPO] button: Sub band (VFO-B)AMP1

[ATT] button: Sub band (VFO-B)OFF

[FLT] button: Sub band (VFO-B)THRU

[R.FLT] button: Sub band (VFO-B)AUTO

[AGC] button: Sub band (VFO-B)AUTO

[RF GAIN] knob: Sub band (VFO-B)

Fully clockwise

[MODE] button: Sub band (VFO-B)CW


RX-1 Unit.



alignment mode.



below, and adjust the (VFO-B)[SELECT] knob for

the corresponding RF millivoltmeter reading at

each frequency.



alignment mode.

2nd /3rdLocal Level Adjustment


[IPO] button: AMP1

[ATT] button: OFF

[FLT] button: THRU


[AGC] button: AUTO



TRX Unit.

Adjust T1037 on the TRX Unit for maximum de-

flection on the RF millivoltmeter (more than +9

dBm).



RX-1 Unit.

Adjust T1039 on the TRX Unit for maximum de-

flection on the RF millivoltmeter (more than +10

dBm).


IF Transformer Adjustment


[IPO] button: AMP1

[ATT] button: OFF

[FLT] button: THRU

[AGC] button: AUTO


[MODE] button: CW

Set the Sub Band (VFO-B) frequency to 14.200

MHz in the CW mode.

Connect the AF millivoltmeter and 4 Ohm




MHz.



Adjust T1022, T1027, T1038, T1029, T1036, T1040,

T1028 and T1023 on the TRX Unit in succession

several times for maximum deflection on the AF

millivoltmeter.






Adjust T1030 and T1035 on the TRX Unit in suc-








Adjust T1034 on the TRX Unit in succession sev-

eral times for maximum deflection on the AF

millivoltmeter.




ALIGNMENT PARAMETER

08-01 S-L1.8

08-02 S-L3.5

08-03 S-L7

08-04 S-L14

08-05 S-L21

08-06 S-L28

08-07 S-L50

VFO-A FREQUENCY

1.850 MHz

3.750 MHz

7.100 MHz

14.200 MHz

21.200 MHz

28.700 MHz

51.500 MHz

RF MILLIVOLTMETER

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

0.70 Vrms (0.05 Vrms)

ALIGNMENT-13

Alignment

FTDX5000 Series Technical SupplementTRX UNIT ALIGNMENT POINTS

MCF Adjustment


[IPO] button: AMP2

[ATT] button: OFF

[FLT] button: THRU


[AGC] button: AUTO




Connect the AC millivoltmeter, SINAD meter,

and 4 Ohm dummy load to the EXT SP jack.



MHz.


pressing the [R.FLT] button.

Adjust T1022,T3027, T3034, T1023 and T1028 on

the TRX Unit in succession several times for maxi-

mum deflection on the SINAD meter.





MHz in the AM mode, and set the IPO to AMP2

by pressing the [IPO] button.


pressing the [R.FLT] button, and set the IPO to

AMP2 by pressing the [IPO] button.

Set the RF Signal Generator output to +36 dB

(AM: 1kHz, 30%) at 28.000 MHz.

Adjust T1030 and T1035 on the TRX Unit in suc-






T1022 T1027 T1038

T1029T1022

T1040

T1028

T1023

T1030

T1035

T1034

TP1043

T1019

T1026

T1012

J1033

J1002T1010

J1043T1017

T1007

T1011

T1004T1024

ALIGNMENT-14

Alignment


Noise Blanker Circuit Adjustment


[IPO] button: Sub band (VFO-B) AMP1

[ATT] button: Sub band (VFO-B) OFF

[R.FLT] button: Sub band (VFO-B) AUTO

[AGC] button: Sub band (VFO-B) AUTO

[NB] button: Sub band (VFO-B)

ON (for short-duration pulse noise)

[NB] Sub band (VFO-B) knob: 12 o' clock


Fully clockwise

[FLT] button: Sub band (VFO-B) THRU


MHz in the CW mode.

Connect the DC voltmeter to TP1043 on the TRX

Unit.



MHz.

Adjust T1026 and T1019 on the TRX Unit for mini-

mum deflection on the DC voltmeter.

Turn the NB to OFF by pressing the [NB] but-

ton.


IF Trap (40.455 MHz) Adjustment


[IPO] button: AMP2

[ATT] button: OFF


[AGC] button: AUTO


[VRF] button: THRU


MHz in the CW mode.




jack, then set the output level to 60 dB ~ 90 dB

at 40.455 MHz.

Adjust T1012 on the TRX Unit for minimum de-

flection on the AC millivoltmeter.




RF AGC Adjustment




[R.FLT] button: Sub band (VFO-B) AUTO



Fully clockwise


[MODE] button: Sub band (VFO-B) CW


jack, and connect the Digital DC voltmeter (high-

Z) to J1033 pin 5 on the TRX Unit.



alignment mode.





B)[SELECT] knob for the corresponding DC volt-

meter reading at each frequency.



alignment mode.

RF SIGNAL GENERATOR

1.900 MHz, 76 dB

3.750 MHz, 76 dB

7.150 MHz, 76 dB

10.125 MHz, 76 dB

14.175 MHz, 76 dB

18.117 MHz, 76 dB

21.255 MHz, 76 dB

24.940 MHz, 76 dB

28.850 MHz, 76 dB

52.000 MHz, 76 dB

ALIGNMENT PARAMETER

09-01 S-RGC1.8

09-02 S-RGC3.5

09-03 S-RGC7

09-04 S-RGC10

09-05 S-RGC14

09-06 S-RGC18

09-07 S-RGC21

09-08 S-RGC24

09-09 S-RGC28

09-10 S-RGC50

VFO-A FREQUENCY

1.900 MHz

3.750 MHz

7.150 MHz

10.125 MHz

14.175 MHz

18.117 MHz

21.255 MHz

24.940 MHz

28.850 MHz

52.000 MHz

DC VOLTMETER

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

0.2 V (0.05V)

ALIGNMENT-15

Alignment


IF Gain Adjustment




[R.FLT] button: Sub band (VFO-B) 3 kHz


[PITCH] knob: 700 Hz


Fully clockwise


[MODE] button: Sub band (VFO-B) CW





MHz.

Set the Sub Band (VFO-B) frequency to 1.900 MHz

in the CW mode.



alignment mode.

Adjust the Main [AF GAIN] knob so that the AC

millivoltmeter reading is 0 dB.





B)[SELECT] knob for the corresponding AC

millivoltmeter reading at each frequency.



alignment mode.

S-meter Adjustment


[IPO] button: Sub band (VFO-B)AMP1

[ATT] button: Sub band (VFO-B)OFF

[R.FLT] button: Sub band (VFO-B)3 kHz

[AGC] button: Sub band (VFO-B)AUTO


Fully clockwise



jack.


MHz in the CW mode.



alignment mode.










alignment mode.

RF SIGNAL GENERATOR

1.900 MHz, 10 dB

3.750 MHz, 10 dB

7.150 MHz, 10 dB

10.125 MHz, 10 dB

14.175 MHz, 10 dB

18.117 MHz, 10 dB

21.255 MHz, 10 dB

24.940 MHz, 10 dB

28.850 MHz, 10 dB

52.000 MHz, 10 dB

ALIGNMENT PARAMETER

10-01 S-IGN1.8

10-02 S-IGN3.5

10-03 S-IGN7

10-04 S-IGN10

10-05 S-IGN14

10-06 S-IGN18

10-07 S-IGN21

10-08 S-IGN24

10-09 S-IGN28

10-10 S-IGN50

VFO-A FREQUENCY

1.900 MHz

3.750 MHz

7.150 MHz

10.125 MHz

14.175 MHz

18.117 MHz

21.255 MHz

24.940 MHz

28.850 MHz

52.000 MHz

AC MILLIVOLTMETER

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

1.5 dB (0.5 dB)

MAIN S-METER

S-0

S-1

S-5

S-7

S-9

S-9+10dB

S-9+20dB

S-9+30dB

S-9+40dB

S-9+50dB

S-9+60dB

ALIGNMENT PARAMETER

11-01 S-S0

11-02 S-S1

11-03 S-S5

11-04 S-S7

11-05 S-S9

11-06 S-S10

11-07 S-S20

11-08 S-S30

11-09 S-S40

11-10 S-S50

11-11 S-S60

RF SIGNAL GENERATOR

OFF

14 dB

24 dB

30 dB

36 dB

46 dB

56 dB

66 dB

76 dB

86 dB

96 dB

ALIGNMENT-16

Alignment


FILTER Gain Adjustment




[R.FLT] button: Sub band (VFO-B) 3 kHz



Fully clockwise


Connect the AF millivoltmeter to the ANT 1

jack.


MHz in the CW mode.



alignment mode.










alignment mode.

FM Gain Adjustment


[IPO] button: AMP1

[ATT] button: OFF


[AGC] button: AUTO


[FLT] button: THRU

Set the RF Signal Generator to 12 dB at the

28.8500 MHz with 3.5 kHz deviation FM modu-

lation of a 1 kHz audio signal.





alignment mode.


alignment parameter 13-01 S-FMG28.


Main S-meter reading is S-3.



alignment mode.








alignment mode again.


alignment parameter 13-02 S-FMG50.

Rotate the [SUB(VFO-B)] knob so that the Main

S-meter reading is S-3.



alignment mode.

AF SIGNAL GENERATOR

Confirm 0 dB

0 dB (0.5 dB)

0 dB (0.5 dB)

ALIGNMENT PARAMETER

12-01 M-RF3k

12-02 M-RF6k

12-03 M-RF15k

ROOFING FILTER

3 kHz

6 kHz

15 kHz

ALIGNMENT-17

Alignment


Transmitter AdjustmentTX IFT Adjustment


MAIN Unit, then connect the RF millivoltmeter

to J1002.


MHz in the FM mode, then rotate the [RF PWR]

knob to the fully clockwise position.

Press the PTT button and then adjust T1024,

T1017, T1011 and T1010 for maximum deflec-

tion on the RF millivoltmeter.

Release the PTT button.



TX Scope Circuit Adjustment


TRX Unit, then connect the RF millivoltmeter to

J1043.


MHz in the CW mode, then rotate the [RF PWR]


Press the PTT button and then adjust T1007 for

maximum deflection on the RF millivoltmeter.




IFT Adjustment


MAIN Unit, then connect the RF millivoltmeter

to J1002.


MHz in the FM mode, then rotate the [RF PWR]


Press the PTT button and then adjust T1004 on

the Spurious for minimum deflection on the Spec-

trum Analyzer.




TRX UNIT ALIGNMENT POINTS

TP1043

J1002

J1043T1017

T1007T1011 T1024

ALIGNMENT-18

Alignment


PA-B Unit AdjustmentPreparation

Disconnect the coaxial cables from J5501 and

J5517 on the PA-B Unit, then terminate J5501 and

J5517 with 50-Ohm resistors.

Disconnect the jumper plugs from J5531 and

J5004 on the PA-B Unit.

Pre-Drive Stage Idling Current Adjustment

Connect the DC ammeter to J5531 on the PA-B

Unit.



alignment mode.


alignment parameter 14-01 PDR-BIAS.

Press the PTT button and then adjust the (VFO-

B)[SELECT] knob so that the DC ammeter read-

ing is 50 mA (5 mA).


Drive Stage Idling Current Adjustment

Disconnect the 13.8 V Power cable from J5531.

Connect the DC ammeter between J5531.


alignment parameter 14-02 DR1-BIAS.






alignment parameter 14-03 DR2-BIAS.


VFO-B frequency display shows 0.

Final Stage Idling Current Adjustment

Connect the DC ammeter between J0006 (pin 2)

and Pin 2 Connector on the PS Unit.


alignment parameter 14-04 F1-BAIAS.






alignment parameter 14-05 F2-BAIAS.



ing is 500 A (50 mA).


CLASS-A Final Stage Idling Current Adjustment

Connect the DC ammeter between J0006 (pin 2)

and Pin 2 Connector on the PS Unit.


alignment parameter 14-06 F1A-BAIAS.

Press the PTT button and then adjust the

[SUB(VFO-B)] knob so that the DC ammeter read-

ing is 3.3 A (0.1 A).



alignment parameter 14-07 F2A-BAIAS.



ing is 3.0 A (0.1 A).


Termination



alignment mode.

Disconnect the 50-Ohm resistors from J5501 and

J5517, then connect the coaxial cables to J5501 and

J5517.

ALIGNMENT-19

Alignment


PA-B UNIT (200 W TYPE) ALIGNMENT POINTS

J5530 (Solder Side)

J5531 (Solder Side)

J5501 (Solder Side)

J5517 (Solder Side)

J5520 (Solder Side)

TP5517 (BLK)(Solder Side)

TP5518 (ORG)(Solder Side)

TP5519 (BLK)(Solder Side)

TP5520 (RED) (Solder Side)

ALIGNMENT-20

Alignment


Transmitter Section Alignment ModePreparation

Referring to table below, tune the Main Band

(VFO-A) to each frequency listed.

Connect the 50-Ohm Dummy Load and Wattme-

ter to the ANT 1 jack.

Connect the Audio Generator to

pin 8 of the MIC jack (pin 7:

GND), then set the output level

to 0.5 mV @1 kHz.

ALC Adjustment



alignment mode.


alignment parameter 15-01 IALC1.8 for the 1.8

MHz amateur band ALC Adjustment, then ro-

tate the (VFO-B)[SELECT] knob so that the VFO-

B frequency display shows 20.

Rotate the [MIC] knob to the fully counter-clock-

wise position.

Press the PTT switch, then gently rotate the [MIC]


Rotate the (VFO-B)[SELECT] knob for 240 W

(+10W/0W)) on the Wattmeter.

Release the PTT switch.


alignment parameter 15-02 IALC3.5 for the 3.5





wise position.

Press the PTT switch and then gently rotate the

[MIC] knob to the fully clockwise position.

Rotate the [SUB(VFO-B)] knob for 240 W (+10W/

0W)) on the Wattmeter.



alignment parameter 15-03 IALC7for the 7





wise position.








MHz amateur bands ALC Adjustment, then ro-




wise position.












wise position.




(+10W/0W) on the Wattmeter.








wise position.











MIC INMIC GND

BAND

1.8 MHz Band

3.5 MHz Band

7 MHz Band

10 MHz Band

14 MHz Band

18 MHz Band

21 MHz Band

24.5 MHz Band

28 MHz Band

50 MHz Band

MODE

USB

USB

USB

USB

USB

USB

USB

USB

USB

USB

VFO-A FREQUENCY

1.820 MHz

3.570 MHz

7.050 MHz

10.100 MHz

14.200 MHz

18.100 MHz

21.200 MHz

24.900 MHz

28.010 MHz

53.900 MHz

ALIGNMENT-21

Alignment



wise position.












wise position.












wise position.

Press the PTT switch and then gentl rotate the











wise position.

Press the PTT switch and then gentl rotate the







alignment mode.

Power Adjustment



Rotate the [RF PWR] knob to fully clockwise.


MHz in the CW mode.



alignment mode.


alignment parameter 20-01 200F14.



Press the PTT switch, rotate the (VFO-

B)[SELECT] knob for 200 W (+10W/0W) on the

Wattmeter, and confirm that the Sub S-meter

deflects.




alignment mode.

ALC Meter Adjustment



Connect the Audio Generator to

pin 8 of the MIC jack (pin 7:

GND), then set the output level

to +0 mV @1 kHz.


MHz in the USB mode.

Rotate the [MIC] knob to the 12 oclock position,

and rotate the [RF PWR] knob to the fully clock-

wise position.



alignment mode.


alignment parameter 29-01 ALCMTR.

Press the PTT switch and adjust the Audio Gen-

erator output level to the position where the ALC

meter just starts to deflect.

Release the PTT switch, and increase the Audio

Generator output level for 12 dB.

Press the [ENT] key, while pressing and holdingin the PTT switch and rotate the (VFO-B)[SELECT] knob for maximum deflection in the

ALC meter zone (S9+10dB).

Release the PTT switch, then press and hold in

the [MENU] button for 2 seconds to save the new

setting and exit from the alignment mode.

MIC INMIC GND

ALIGNMENT-22

Alignment


SSB TX IFGAIN (CAR) Adjustment



alignment mode.


alignment parameter 26-01 TCAR USB.





alignment mode.

TX Output Power/PO Meter/TXG Adjustment

Referring to table below, tune the transceiver to

each frequency listed.




MHz in the CW mode.



alignment mode.


alignment parameter 16-01 200F1.8.

Press the PTT switch and rotate the (VFO-

B)[SELECT] knob for 200W (+10W/-0W) on the

Wattmeter.


alignment parameter 16-02 200M1.8.

Rotate the (VFO-B)[SELECT] knob for 200W on

the PO meter.


alignment parameter 16-03 200T1.8.


ALC-meter deflects to maximum.






Wattmeter.




the PO meter.










Wattmeter.




the PO meter.










Wattmeter.




the PO meter.






BAND

1.8 MHz Band

3.5 MHz Band

7 MHz Band

10 MHz Band

14 MHz Band

18 MHz Band

21 MHz Band

24.5 MHz Band

28 MHz Band

50 MHz Band

MODE

CW

CW

CW

CW

CW

CW

CW

CW

CW

CW

VFO-A FREQUENCY

1.820 MHz

3.570 MHz

7.050 MHz

10.100 MHz

14.200 MHz

18.100 MHz

21.200 MHz

24.900 MHz

28.700 MHz

52.000 MHz

ALIGNMENT-23

Alignment






Wattmeter.




the PO meter.






Perform the same procedures for the Alignment

Menus 17-01 200F3.5 through 25-10T50, per

the chart below.

CM Coupler Balance Adjustment

Connect the Digital DC voltmeter (high-Z) to pin

3 of J6002 on the TUNER Unit.

Turn off the [TUNE] switch, then set the Main

band (VFO-A) frequency to 24.900 MHz in the

FM mode.

Press the PTT switch and rotate the [RF PWR]

knob for 50 Watts on the Wattmeter.

Adjust TC6001 on the TUNER-MAIN Unit for

minimum deflection on the DC voltmeter.

ALIGNMENT MENU

16-01 200F1.8 16-02 200M1.8 16-03 200T1.8

16-04 100F1.8 16-05 100M1.8 16-06 100T1.8

16-07 50F1.8 16-08 50M1.8 16-09 50T1.8

16-10 20F1.8 16-11 20M1.8 16-12 20T1.8

16-13 10F1.8 16-14 10M1.8 16-15 10T1.8

17-01 200F3.5 17-02 200M3.5 17-03 200T3.5

17-04 100F3.5 17-05 100M3.5 17-06 100T3.5

17-07 50F3.5 17-08 50M3.5 17-09 50T3.5

17-10 20F3.5 17-11 20M3.5 17-12 20T3.5

17-13 10F3.5 17-14 10M3.5 17-15 10T3.5

18-01 200F7 18-02 200M7 18-03 200T7

18-04 100F7 18-05 100M7 18-06 100T7

18-07 50F7 18-08 50M7 18-09 50T7

18-10 20F7 18-11 20M7 18-12 20T7

18-13 10F7 18-14 10M7 18-15 10T7

19-01 200F10 19-02 200M10 19-03 200T10

19-04 100F10 19-05 100M10 19-06 100T10

19-07 50F10 19-08 50M10 19-09 50T10

19-10 20F10 19-11 20M10 19-12 20T10

19-13 10F10 19-14 10M10 19-15 10T10

20-01 200F14 20-02 200M14 20-03 200T14

20-04 100F14 20-05 100M14 20-06 100T14

20-07 50F14 20-08 50M14 20-09 50T14

20-10 20F14 20-11 20M14 20-12 20T14

20-13 10F14 20-14 10M14 20-15 10T14

21-01 200F18 21-02 200M18 21-03 200T18

21-04 100F18 21-05 100M18 21-06 100T18

21-07 50F18 21-08 50M18 21-09 50T18

21-10 20F18 21-11 20M18 21-12 20T18

21-13 10F18 21-14 10M18 21-15 10T18

22-01 200F21 22-02 200M21 22-03 200T21

22-04 100F21 22-05 100M21 22-06 100T21

22-07 50F21 22-08 50M21 22-09 50T21

22-10 20F21 22-11 20M21 22-12 20T21

22-13 10F21 22-14 10M21 22-15 10T21

23-01 200F24 23-02 200M24 23-03 200T24

2304 100F24 23-05 100M24 23-06 100T24

23-07 50F24 23-08 50M24 23-09 50T24

23-10 20F24 23-11 20M24 23-12 20T24

23-13 10F24 23-14 10M24 23-15 10T24

24-01 200F28 24-02 200M28 24-03 200T28

2404 100F28 24-05 100M28 24-06 100T28

24-07 50F28 24-08 50M28 24-09 50T28

24-10 20F28 24-11 20M28 24-12 20T28

24-13 10F28 24-14 10M28 24-15 10T28

25-01 200F50 25-02 200M50 25-03 200T50

25-04 100F50 25-05 100M50 25-06 100T50

25-07 50F50 25-08 50M50 25-09 50T50

25-10 20F50 25-11 20M50 25-12 20T50

25-13 10F50 25-14 10M50 25-15 10T50

WATTMETER

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

200 W (+10 W/-0 W)

100 W (+5 W/-0 W)

50 W (+5 W/-0 W)

20 W (+2 W/-0 W)

10 W (+1 W/-0 W)

PO METER

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

200 W

100 W

50 W

20 W

10 W

ALC-METER

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

maximum

1.9

MHZ

3.5

MHZ

7 M

HZ

10 M

HZ

14 M

HZ

18 M

HZ

21 M

HZ

24 M

HZ

28 M

HZ

50 M

HZ

J6002(pin 3)

TC6001

TUNER UNIT ALIGNMENT POINTS

ALIGNMENT-24

Alignment


CLASS-A/TXG Adjustment





MHz in the CW-U mode.



alignment mode.


alignment parameter 27-01 CLA1.8.



Press the PTT switch without microphone input,

then rotate the (VFO-B)[SELECT] knob for 75 W

(5 W) on the Wattmeter.



Menus 27-02 CAL3.5 through 27-10 CAL50.



alignment mode.



alignment mode.

Class-A TX GAIN (CAR) Adjustment


ter to the ANT 1 jack, then set the METER

switch to the "ALC" position.


MHz in the CW-U mode.



alignment mode.


alignment parameter 26-03 TCAR CLA.


B)[SELECT] knob for maximum deflection on the

ALC meter.

Press the [ENT] key, and then release the PTT

switch.



alignment mode.

REV-ALC Adjustment

Connect the 100-Ohm Dummy Load and Watt-

meter to the ANT 1 jack.



alignment mode.


alignment parameter 28-01 RAC1.8.




then rotate the (VFO-B)[SELECT] knob for 160

W (10 W) on the Wattmeter.



Menus d40 rAC through d49 rAC.



alignment mode.

ALIGNMENT MENU

1.820 MHz

3.570 MHz

7.050 MHz

10.100 MHz

14.200 MHz

18.100 MHz

21.200 MHz

24.900 MHz

29.690 MHz

53.900 MHz

MODE

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

WATTMETER

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

75 W 5 W

ALIGNMENT MENU

27-01 CAL1.8

27-02 CAL3.5

27-03 CAL7

27-04 CAL10

27-05 CAL14

27-06 CAL18

27-07 CAL21

27-08 CAL24

27-09 CAL28

27-10 CAL50

ALIGNMENT MENU

1.820 MHz

3.570 MHz

7.050 MHz

10.100 MHz

14.200 MHz

18.100 MHz

21.200 MHz

24.900 MHz

29.690 MHz

53.900 MHz

MODE

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

CW-U

WATTMETER

160 W 10 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

160 W 5 W

ALIGNMENT MENU

28-01 RAC1.8

28-02 RAC3.5

28-03 RAC7

28-04 RAC10

28-05 RAC14

28-06 RAC18

28-07 RAC21

28-08 RAC24

28-09 RAC28

28-10 RAC50

AM TX GAIN (CAR) Adjustment





MHz in the AM mode.



alignment mode.


alignment parameter 26-02 TCAR AM.




then rotate the (VFO-B)[SELECT] knob for 75 W

(5 W) on the Wattmeter.


Press the [ENT] key, and then release the PTT

switch.

ALIGNMENT-25

Alignment


FM MAX Deviation Adjustment

Connect the Dummy Load, Wattmeter, and De-

viation Meter to the ANT 1 Jack.


Yaesu Ftdx5000 Sm

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