IC-732 M/S

ICOM
IC-732 M/S

Specifications

Prices

The IC-732, a transceiver for Japan domestic market, covers HF bands with up to 100 Watt output power. The rig is also available in two QRP versions, with 25W or 10W output power. Features: Triple conversion receiver, PBT, Notch filter, Noise Blanker, RIT, split frequency operation, CW full break-in, wide display, analog S/RF meter, built-in antenna tuner, two antenna connectors. Ideated in Japan, year of introduction 1992.

Reference market : amateur-radio

IC-732 M/S specifications

General

Frequency coverage
Receive	0.5000 ~ 29.9950 MHz
Transmit	1.9075 ~ 1.9125 MHz 3.5000 ~ 3.5750 MHz 3.7910 ~ 3.8050 MHz 7.0000 ~ 7.1000 MHz 10.1000 ~ 10.1500 MHz 14.0000 ~ 14.3500 MHz 18.0680 ~ 18.1680 MHz 21.0000 ~ 21.4500 MHz 24.8900 ~ 24.9900 MHz 28.0000 ~ 28.7000 MHz
Mode
CW / LSB / USB / AM / FM
Tuning step
10 / 20 / 50 Hz / 1 / 5 / 9 / 10 kHz 1 MHz

Receiver

Sensitivity
CW / SSB	0.16 uV (1.8~30 MHz, 10dB S/N)
AM	13 uV (0.5~1.8 MHz, 10dB S/N) 2 uV (1.8~30 MHz, 10dB S/N)
FM	0.5 uV (28~29.7 MHz, 12 dB SINAD)
Selectivity
CW-N [1]	250 Hz (-6dB)
CW-N [2]	500 Hz (-6dB)
CW / SSB	>2.1 KHz (-6dB) <4.0 KHz (-60dB)
AM	>6.0 KHz (-6dB) <20.0 KHz (-40dB)
FM	>12.0 KHz (-6dB) <30.0 KHz (-50dB)
RF preamplifier
Yes
RF attenuator
Yes
Spurious rejection
>70 dB
PBT (Passband Tuning)
Yes
NB (Noise Blanker)
Yes
RIT (Receiver Incremental Tuning)
±1.25 / ±2.50 kHz
Frequency stability
±200 Hz from 1' to 60' after power on. ±30 Hz/hr with temperature +25°C after 60' power on. ±350 Hz with temperature from 0°C to +50°C. ±0.5 ppm with temperature from -30°C to +60°C [3]
IF (Intermediate Frequency)
1°	69.0100 MHz (AM / FM) 69.0106 MHz (CW) 69.0115 MHz (SSB)
2°	9.0100 MHz (AM / FM) 9.0106 MHz (CW) 9.0115 MHz (SSB)
3°	455 kHz
Squelch sensitivity
SSB	5.6 uV
FM	0.3 uV

Transmitter

Output power
CW / SSB	10 ~ 100 W 2.5 ~ 25 W [5] 1 ~ 10 W [6]
FM [4]	10 ~ 100 W 2.5 ~ 25 W [5] 1 ~ 10 W [6]
AM	10 ~ 40 W 2.5 ~ 10 W [5] 1 ~ 4 W [6]
Spurious emission
<-50 dBc
Carrier suppression (SSB)
>40 dB
Unwanted sideband suppression (SSB)
>50 dB
Microphone
600Ω
CW features
Semi break-in / full break-in
Antenna tuner
Impedance range	16.7 ~ 150Ω
Minimum operating power	8 W
Tuning accuracy	<1.5:1
Insertion loss	<1.0 dB

Features

Memory
89 regular memories (CH 1~89) 10 split memories (CH 90~99) 2 for scan edge (CH P1~P2) 2 VFO
Display
10 Hz frequency resolution
Selective calling
CTCSS [7]
Antenna
2 x SO239 50Ω
Power supply
13.8 VDC (±15%)
Power consumption
1.3A RX (squelched) 2.1A RX (max audio) 20A TX (max RF power) 8A TX (max RF power) [5] 5A TX (max RF power) [6]
Audio power
2.6W on 8Ω
Audio output
Jack 6.35 mm (headphone) Jack 3.5 mm (4~16Ω external speaker)
Connections
Jack 8-pin (mic) Jack 3.5 mm (CI-V / PC) Jack 6.35 mm (CW key) RCA (SEND control) RCA (ALC input) 4-pin strip (external antenna tuner) 7-pin DIN (ACC2) 8-pin DIN (ACC1)

Mechanical and environmental data

Operating temperature
from -10°C to +60°C
Dimensions
330 (W) x 111 (H) x 285 (D) mm
Weight
8 kg

With optional FL-101 (9 MHz) or FL-53A (455 kHz) filter.
With optional FL-100 (9 MHz) or FL-52A (455 kHz) filter.
With optional CR-282 high-stability crystal unit.
FM mode: 28 MHz band.
QRP version IC-732M.
QRP version IC-732S.
With optional UT-30 tone encoder unit.

IC-732 M/S IF filter installation (455 kHz) :

ICOM IC-732 IF filter installation (455 kHz, FL-52A or FL-53A)

IC-732 M/S IF filter installation (9 MHz) :

ICOM IC-732 IF filter installation (9 MHz, FL-100 or FL-101)

IC-732 M/S price

We have collected for your convenience the ICOM IC732 sale price (US Dollar) and its trend over time. Useful to guarantee a cheaper purchase of this radio and to put it for sale in the second-hand market. Of course offers, accessories, warranty terms and conditions can lead to different figures.

Price	Date	Condition
USD 123.00	2020-oct	Second Hand This unit is for parts or repair

IC-732 M/S review

Your opinion on merits, defects, experiences, with this radio set is welcome. Write your review, after a technical evaluation by our staff if found suitable will be published on this page. We thank you for your precious contribution.