HE-10 Communication Receiver
“
Specifications
- SPEAKER OUTPUT: 4, 8 ohms High Impedance
- HEADPHONE OUTPUT: Standard phone jack
- ANTENNA INPUT: 300 ohm balanced line or 75 ohm
unbalanced line - POWER OUTPUT: 1.5 watts
- POWER SOURCE: 105-125 volts, 50-60 cycles
AC - POWER CONSUMPTION: 50 watts
- TUNING RANGE: 550 KC to 30 MC in four
bands - INTERMEDIATE FREQUENCY: –
- SENSITIVITY: –
- SELECTIVITY: –
- SIZE: 20 lbs
- WEIGHT: –
- TUBES: 11-66BBDE66, 1.6BE6, 2-6BD6,
1-5Y3GT
Product Usage Instructions
Unpacking Instructions
To unpack your Lafayette Model HE-10 Communications Receiver,
carefully remove all packaging materials and verify the contents.
The package should include:
- Speaker lead
- Standard Phone Plug
- Plug (for the Auxiliary Control Socket)
General Description
Your Lafayette Model HE-10 Communications Receiver covers a
frequency range from 550 KC to 30 MC in four bands. It offers
high-quality communication reception.
Installation
POWER SOURCE: The receiver operates on a
105-125 volt, 50-60 cycle AC power source. Ensure not to operate it
from a DC source to prevent damage.
SPEAKER CONNECTION: Connect any PM speaker with
4 or 8 ohm impedance to the output terminal strip marked OUTPUT at
the rear of the receiver.
HEADPHONES: Use the standard phone jack on the
front panel for headphone connection. Adjust the speaker headphone
output volume accordingly.
Frequently Asked Questions (FAQ)
Q: What is the frequency coverage of the Lafayette Model HE-10
Communications Receiver?
A: The receiver covers frequencies ranging from 550 KC to 30 MC
in four bands.
Q: What power source does the Lafayette Model HE-10
Communications Receiver require?
A: The receiver operates on a 105-125 volt, 50-60 cycle AC power
source.
Q: What speaker impedance can be used with the Lafayette Model
HE-10 Communications Receiver?
A: Any PM speaker with either 4 or 8 ohm impedance can be
connected to the receiver.
“`
LAFAYETTE MODEL HE-10 COMMUNICATIONS RECEIVER
NEW YORK 13, N.Y. 100 Gth Ave. OWpOern thTHU6R-S5D3A0Y0 `till 8:45. PLM.
BOSTON 10, Mass. 110 Federal St. HOUpebnbaMrOdN.2–W7E8D5,0
“till 8:45 PLM,
BRONX 58, N.Y. 542 E. Fordham Rd. FOOpre”idnllhaT8mH:4U5R7S-PDM8.A8Y13
iN NEW YORK CITY
165-08 LIBERTY AVENUE JAMAICA 33, N.Y.
AXtel 1-7000 Open FRIDAY `till 8:45 P.M.
NEWARK 2, N. J. 24 Central Ave. OMpAe`nrkeWtEDN2E-S1x6D6A1Y
PLAINFIELD, N. J. 139 W. 2nd St. PlOapie”nfnifllieT8l:Hd4U5R6SP-DLM4A,7Y18
SPECIFICATIONS
SPEAKER OUTPUT HEADPHONE OUTPUT
4, 8 ohms
High Impedance
;
ANTENNA INPUT
:
300 ohm balanced line or 75 ohm un~
°
balanced line
POWER OUTPUT
;
POWER SOURCE
POWER CONSUMPTION
TUNING RANGE
1,5 watts
105-125 volts, 50-60 cycles AC
50 watts 550 KC to 30 MC in four bands
INTERMEDIATE
SENSITIVITY SELECTIVITY SIZE
FREQUENCY –
455 KG 1, 25 pv for 10 db S/N ratio -60 db (at 1 MC # 10 KC) 7-7 /8″H x 15″°W x 9″D
WEIGHT
TUBES
11–66BBDE66 1. 6BE6
2-6BD6
20 lbs,
MRiFxeArmplifier HF Oscillator
Ist and 2nd IF Amplifier
111—666AAAVVR665
1-5Y3GT
Detector, AVC & AF Amplifier ABuFdOio& OuAtNpLut
Full-Wave Rectifier
UNPACKING INSTRUCTIONS Sf`Aehfaotuerlsdhouunalpndyackbseiingginncotlfhueddeardmeacigenievtehrbe,e caacpraptraoernfe:u-nltl,y cfihleecka cfloarimposwsiitbhlethedacmaargreierwhiicmhmedmiaaytelhya.ve oTchceurfroeldlowiinngtraancsicte,ssor- :
80” Speaker lead 1 Standard Phone Plug 1 Plug (for the Auxiliary Control Socket)
GENERAL DESCRIPTION
Your new Lafayette quency range from
5H50E-1k0ilocisycalehsigh(KCq)ualtioty30 sumpeegrahceytcelreosdyn(eMC)coimnmufnouircabtainodnss,
FREQUENCY COVERAGE
receiver,
covering the fre-
BAND
FREQUENCY RANGE
A
550 – 1600 KC
B
1,6 – 4.8 MC
.¢
4,8 – 14.5 MC
D
1] – 30 MC
Broadcast
sw sw
Sw
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ates on 105-125 volt AC, 50-60 cycle power source,
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puoiren 1a USA. ENTIRE COMTEATS COPEHIGNTED THRE RY LAFAYETTE MADIO CORPORATION «16500 LIBERTY AYE, JAMAICA 22, MH. T.
Masse
INSTALLATION ~
POWER SOURCE, The receiver is designed to operate from a 105-125 volt, 50-60 cycle AC power source, Power consumption is 50 watta, Failure to operate the receiver from the specified sources of power may result in serious damage, DO NOT OPERATE FROM A DC SOURCE, SPEAKER CONNECTION, A three-terminal strip marked OUTPUT is provided at the rear of the receiver
for speaker connections, Any PM speaker with either 4 or 8 ohm impedance can be used, Simply connect
poneedanlceea,d t`oThthee ogurtopuuntd potweerrminoafl th”eO”reacnedivetrhe iosthseurffilceiaednttotothderitveermain4a-l12t”hatPMcorsrpeesapkoenrdsadetqouattheelys,peaker im~
HEADPHONES, A standard phone jack is provided on the front panel of the receiver for headphone recep-
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ANTENNAS
The terminals marked “Al, “A2”, and “E” at the rear of the receiver are for antenna and ground connec-
tions, Either of the following two types of connections can be used to obtain satisfactory results,
INVERTED L ANTENNA, The Inverted L type of antenna will provide satisfactory performance over the entire tuning range, Simply short A2 and E with the jumper wire, and connect one end of the antenna wire to Al, For good reception, the antenna wire should be-placed as high as possible and 50-100 feet long (See Fig, A). In some instances, a wire connected from terminal “E” to a water pipe may improve reception,
ra
aa
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S
–6_
T3W0I0N OWIHRME
Al
az
Figure A–Single Wire
Antenna
TO GROUND (OPTIONAL)
(Inverted L}
Figure B–Doublet Antenna
TO GROUND (OPTIONAL)
DOUBLET ANTENNA, A doublet antenna will give excellent results, especially on amateux bands, A 300
ohms balanced transmission line such as ‘TV twin lead” (shown in Fig, B) may be used, Since the doublet . antenna provides optimum performance only at a given frequency, it should be cut to the length for the most
looftweinngusfeodrmublaan:d of frequencies, The overall length of a doublet antenna can be determined by using the fol-
L (Length in feet) *
468 Frequency in megacycles
Saiuncche athmeandnoeurbletthaatntmeanxnaimduimsplsaiygsnaldirpeicctkiuopnalcanprboeperrteiaelsizedb,roadside to its length, it should be oriented in
When using either a balanced transmission line or a twisted pair, the leads connect to terminals “Al” and
m”Ae2n”dedresfpoerctgiovoedly,recaenpdtiothne ojfumwpeeark wsiirgnealbs,etween ‘”‘A2″ and “E” is removed, A height of 30-50 feet is recom-
FUSE, A 1 amp fuse is located at the rear of the receiver, To remove it, unscrew the spring loaded cap,
OPERATION
Following is a
tion as well as
brief description of the functions of the various controls on the front panel, Full
realization of the capabilities of the receiver can be expected only if you become
apprecia-
familiar
with each of the control functions,
AE GAIN turns on receiver,
This control is the receiver and
Ilumination of
a combination receiver on-off switch increases volume; counter~clockwise dial scales indicates that the receiver
and volume control, Clockwise rotation decreases volume and is operative,
rotation turns off
:
the
BAND SEL, The Band Selector Control bhould be set for the band covering the desired range of frequencies,
RECEIVE/STAND BY, lences receiver without
This switch should be normally turning it off, In this position,
set DC
at “RECEIVE”, Switching to “STAND BY” voltage to the RF stages is cut off, but the
sitube
heaters remain position, This
in operation, To resume reception instantly, simply return the feature is useful to the “ham” who may wish to have the receiver
switch to the “RECEIVE” inoperative during periods
of transmission,
:
Auxiliary Control:
A socket in the back of the receiver allows simultaneous control of this receiver
with a transmitter, An external switching device can be constructed so that the receiver will be inoperative
duxing periods
psooscikteiton,will Thbee
of transmission, In this case,
ceoxntneercnatled swwihtecnh sciagnnable raetcteapcthieodn
the RECEIVE/STAND BY switch is placed in the STAND BY
tios tdheesi5r-epdi,n sIoncktehtis smo anthnaetr,pinesig(n3a)lanrdece(2p)ti(osnee wiFlilg,beC)insoftatnh-e
taneous, as plate voltage will be applied to the RF stages when the switch is closed accordingly,
ANL ON/OFF, This switch should be normally set at “OFF”, If excessive spurious noises (such
tichtaeeursoecvdierrcabulyiltauewtfioflilciigbeneintciiynon)oofpeitrnhateteirorfnee,creeivweTihrti,hs
reception, turn
control should
bteheussewditocnhlytowh”eAnNLnecOeNs”s,arya,nd
tshienceautitomtaetnidcs
as those noise lim-
to reduce
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cast range and in MC on the short-wave ranges, A 100-division logging scale is provided for logging stations on this dial when necessary.
BANDSPREAD TUNING, This is a supplementary control which electrically spreads out the scales of the main tuning dial, This is especially useful on the short-wave bands where separation between stations is often very small or almost non-existent, When the bandspread tuning pointer is set at 0 on the 0-100 logging scale, the calibration of the Main Tuning Scale is correct, However, moving the bandspread pointer towards 100 on the logging scale subtracts from the frequency indicated on the Main Tuning scale, Logging of short-wave stations is possible by noting the readings on `both the Main Tuning and Bandspread Scales,
AUXILIARY SOCKET
2C22eg0
.
TO SEWXITTECRHNAL
os Figure C–Auxiliary Control Socket
BFO PITCH, This control may be used to vary the audio tone of CW signals, It should be set for the tone most pleasing to your ears, This control is in effect only when the BFO-MVC-
AVC Switch is in the BFO position,
pBlFaOce-sMVtGhe-AaVutCo,matiTchisvoslwuimtech,c`onwthreonl, sceitrctuoittihneoApVeCratpioosni,tioan,nd
provides effective compensation for fading and maintains constant output on either strong or weak signals, In certain instances, it may be advisable to use the MVC position (making the AVC circuit inoperative}, as in the case where a desired weak station is adjacent to a powerful one, Generally, the po~
sition should be used which provides the better reception,
The MVC position should not be used for the reception of strong signals (such as the local stations on the broadcast band), otherwise overloading and distortion will occur, Although this can be overcome by reduc~ ing the IF GAIN, no benefit is obtained by listening to a strong AM signal with the AVC circuit off,
The MVC position can be used where added gain is required during the reception of weak signals, The gain
tohfiatheposrietcieoinv,er can be adjusted using both the AF and IF gain controls, The AVC circult is inoperative in
The BFO position is used only for CW reception, It places the beat frequency oscillator in operation to make code signals intelligible, and is used in conjunction with the BFO PITCH Control explained earlier,
IF GAIN, This control,is used in conjunction with the AF GAIN Control to regulate the output of the receiv~ er during CW reception,
Itnurnceads:escowuhnetreer-ctlhoe ckiwnicsoeminagccsoirgdnianlgliys
too to
resdtruocneg,thecasuesnisnigtivoivteyrloofadtihneg
and distortion, receiver,
the control
should be
8 METER, This will only operate
meter provides a means when the BFO-MVC-AVC
control (§ METER ADJUST) with which to
of measuring switch is in
calibrate the
the the
relative strength of AVC position, The
incoming meter has
S meter, This should be carried
AM an out
signals, and adjustment in the follow-
ing way:
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SHORT-WAVE LISTENING
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A characteristic of weather conditions, language broadcast
short-wave is that reception In order to know just when
stations best heard in North
varies with the time and whereto listen, America is included
of day, the season of the year and with a listening chart which lists English in this manual,
The various bands of frequencies assigned Handbook {available from Lafayette Radio
to as
amateurs can be obtained BK 1000 at $3, 50),
by
referring
to
The
Amateur’s
Radio
TUNING THE RECEIVER
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Note: Always set the IF GAIN as close to maximum as possible, without causing the receiver to overload
and distort,
.
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SCHEMATIC 4, DIAGRAM HE-10
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Documents / Resources
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Lafayette HE-10 Communication Receiver [pdf] Instruction Manual HE-10, HE-10 Communication Receiver, HE-10, Communication Receiver, Receiver |