Specifications - Icom IC-H6 Service Manual

SECTION 1 SPECIFICATIONS
GENERAL
Number of Semiconductors
Number of Channels
Channel Spacing
Frequency Stability
Usable Temperature
Antenna Impedance
Power Supply Requirement
Current Drain at 8.4V
Dimensions
Weight
RECEIVER
Frequency Range
Receiving System
Modulation Acceptance
Intermediate Frequency
Sensitivity
Squelch Sensitivity
Spurious Response Rejection Ratio
Selectivity
Intermodulation Rejection Ratio
Audio Output Power
Audio Output Impedance
TRANSMITTER
Frequency Range
Output Power
Emission Mode
Modulation System
Max. Frequency Deviation
Spurious Emission
Microphone
Transistors
FET
IC
43
3
5
Diodes 15 (not including diodes on the matrix board)
6 programmable channels (Transmit and Receive frequencies are pro-
grammable independently for each channel)
Operation; Simplex, Semi-duplex
25KHz (5KHz increments frequencies are programmable)
0.001 Percent
-20 Degrees C to 60 Degrees C
(-4 Degrees F to 140 Degrees F)
50 ohms unbalanced
DC 8.4 V; with attendant power pack I C-CM3, DC 7 to 12V negative
ground is acceptable
Transmitting
At 2.5 watts output Approx. 700mA
Receiving
At max audio output Approx. 130mA
Squelched Approx. 25mA
116.5mm(H) x 65mm(W) x 45mm (D) without power pack
Attendant power pack, IC-CM3: 49mm(H) x 65mm(W) x 35mm(D)
510g including power pack, IC-CM3, and flexible antenna
Specified 2MHz segment (5MHz with reduced specification) within;
150.005
~
155.000MHz
155.005
~
160.000M Hz
160.005
~
165.000MHz
165.000
~
170.000MHz
Double-conversion superheterodyne
16F
3
±7 .5KHz ( F3E 16KO)
1st: 16.9MHz
2nd: 455KHz
Less than 0.5µV for 20dB noise quieting
Less than 0.4µV for 12dB SI NAD
Less than 0.4µV
More than 60dB
More than 65dB at adjacent channel
More than 60dB
More than 300mW at 10% distortion
8 ohms
Specified 2MHz segment (5MHz with reduced specification)
2.5 Watts (4 watts with 10.BV battery pack IC-CM5)
16F
3
(F3E 16KO)
Variable reactance frequency modulation
±5KHz
More than 60dB below carrier
Built-in electret condenser microphone
Optional speaker-microphone (IC-CM9) can be used
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