Icom IC-M330GE

58
New2001
10
SPECIFICATIONS AND OPTIONS
■ Specications
D General
• Frequency coverage:
TX IC-M330/IC-M330G 156.025 ~ 161.600 MHz
IC-M330E/IC-M330GE 156.000 ~ 162.000 MHz
(Depending on the version)
RX IC-M330/IC-M330G 156.050 ~ 163.275 MHz
IC-M330E/IC-M330GE 156.000 ~ 163.425 MHz
(Depending on the version)
CH70 156.525 MHz
• Mode: 16K0G3E (FM)
16K0G2B (DSC)
• Channel spacing: 25 kHz
• Operating temperature range : –20°C ~ +60°C,
–4ºF ~ +140ºF
• Current drain (at 13.8 V):
TX high (25 W) 5 A maximum
Maximum audio 1 A maximum
• Power supply requirement:
Negative Ground
IC-M330/IC-M330G 13.8 V DC (11.7 ~ 15.9 V)
IC-M330E/IC-M330GE 13.8 V DC (10.8 ~ 15.6 V)
• Frequency tolerance (IC-M330/IC-M330G): ±5 ppm
• Frequency error (IC-M330E/IC-M330GE): Less than ±0.75 kHz
• Antenna impedance: 50 Ω nominal
• Dimensions (approximately, projections not included):
156.5
(W) × 66.5 (H) × 110.1 (D) mm,
6.2 (W) × 2.6 (H) × 4.3 (D) in
• Weight (approximately): 730 g, 1.6 lb
D Transmitter
• Output power: 25 W or 1 W
• Modulation system:
Variable reactance frequency modulation
• Maximum frequency deviation: ±5 kHz
• Spurious emissions:
IC-M330/IC-M330G Less than –70 dBc (High power)
Less than –56 dBc (Low power)
IC-M330E/IC-M330GE Less than 0.25 µW
D Receiver
• Receive system: Double conversion superheterodyne
• Sensitivity:
FM IC-M330/IC-M330G 0.22 μV (typical) at 12 dB SINAD
IC-M330E/IC-M330GE –5 dBμ emf (typical) at 20 dB SINAD
DSC (CH70) –5 dBµ emf (typical) (1% BER)
Squelch sensitivity:
IC-M330/IC-M330G Less than 0.32 μV
IC-M330E/IC-M330GE Less than –2 dBμ emf
• Intermodulation rejection ratio:
FM IC-M330/IC-M330G More than 70 dB
IC-M330E/IC-M330GE More than 68 dB
DSC (CH70) More than 68 dBµ emf (1% BER)
• Spurious response rejection ratio:
FM More than 70 dB
DSC (CH70) More than 73 dBµ emf (1% BER)
• Adjacent channel selectivity:
FM More than 70 dB
DSC (CH70) More than 73 dBµ emf (1% BER)
• Audio output power: (at 10% distortion into a 4 Ω load)
Internal More than 2 W
External More than 4.5 W
All stated specications are subject to change without notice or obligation.