Onkyo T-4670 specifications

Category : Tuner

Brand : Onkyo

General

Connections

Technical data

Special features

Previous model:

Successor model:

Other models in the same series:

Outputs:
- 2 x Analog Stereo (RCA)
Inputs:
- 2x FM antenna (75 ohm IEC )
- 1x MW antenna
- 2 x 3.5 mm jack sockets for RI Remote Control System

Frequencies:
- FM: 87.50 - 108.00 MHz (50/25 kHz raster)
- MW: 522 - 1611 kHz (9 kHz raster)
Frequency response: 30 - 15,000 Hz (+0.5 -1.0 dB)
Input sensitivity:
- FM:
  - Mono: 10.3 dBf, 0.9µV (75 ohm IHF)
  - 0.8µV (75 ohm DIN)
  - Stereo: 17.2 dBf, 2.0µV (75 ohm IHF)
  - 20µV (75 ohm DIN)
- MW: 25 µV
Total harmonic distortion (total harmonic distortion):
- FM:
  - Mono: 0.03 % (WIDE)
  - Stereo: 0.07 %(WIDE)
- MW: 0.7 %
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Signal-to-noise ratio (noise-to-voltage ratio):
- VHF:
  - Mono: 85 dB (IHF)
  - Stereo: 77 dB (IHF)
- MW: 40 dB
Channel separation (stereo channel separation):
- VHF: 45 dB at 1kHz (WIDE), 33 dB at 70 - 10,000 Hz (Wide)
Selectivity:
- FM: 60 dB DIN (+/- 300 kHz, 40 kHz Devi.) (NARROW)
Common Wave Selection:
- VHF: 1.3 dB (WIDE)
Mirror Frequency attenuation:
- VHF: 100 dB
- MW: 40 dB
IF attenuation:
- VHF: 100 dB
- MW: 40 dB
AM Suppression: 55dB
Output Voltage:
- VHF: 0 - 1.5V
- MW: 0 - 300 mV
RDS: No
Station Memory: 40

VHF:
- Mono: 10.3 dBf, 0.9µV (75 ohm IHF)
- 0.8µV (75 643961b8da111c0a15d770a1109a86d4 DIN)
- Stereo: 17.2 dBf, 2.0µV (75 643961b8da111c0a15d770a1109a86d4 IHF)
- 20µV (75 643961b8da111c0a15d770a1109a86d4 DIN)
MW: 25 µV

2 antenna inputs
Infrared remote control RC-165T supplied
Wooden side panels available as an option
5 speed MOS-FET Varactor in input stage
Computer-controlled APR system (Automatic Precision Reception) for automatic Reception optimisation (ideal reception parameters)
Clear display with display of the operating mode setting and 8 element signal strength display
40 fixed transmitter memory for VHF/MW can be stored as required and allocated in 6 classes (groups)
Up to 5 characters per memory space for the transmitter designation (e.g. SWR 2)
Automatic fixed transmitter pass also possible by class