Pagine

Kenwood KT-1100D tuner

 

High-Quality FM/MW Tuner with 4D System

Features

Pentacle Power Supply System

Improved Direct Linear Reception Circuit (DLRC)

Direct Linear Loop FM Detector (DLLD)

IF Distortion Correcting Circuit (DCC)

New Direct Pure MPX Decoder (DPD)

RF Direct/Distance selectors

Wide/Narrow FM IF band selectors

Recording calibration with modulation meter

Quieting control

16-station randon preset memory with display

Digital-rotary tuning system

Dynamic tuning process display

 


Specifications

FM Tuner Section

Sensitivity (DIN)

Mono (S/N 26 dB, 40 kHz dev.) :  0,9 µV

Stereo (S/N 46 dB, 46 kHz dev.) :  20 µV

Limiting Level -3 dB point, 40 kHz dev>"  0,46 µV

Frequency Response:  20 Hz - 15 kHz ±0,5 dB

Total Harmonic Distortion (1 kHz)

Mono (40 kHz dev.) :  0,02% (Wide); 0,06% (Narrow)

Stereo (46 kHz dev.) :  0,1% (Wide); 0,35% (Narrow)

Signal-to-Noise Ratio  Unweighted

Mono (40 kHz dev. 1 mV input) :  78 dB

Stereo (46 kHz dev. 1 mV input) :  67 dB

Signal-to-Noise Ratio  Weighted

Mono (40 kHz dev. 1 mV input) :  82 dB

Stereo (46 kHz dev. 1 mV input) :  67 dB

Capture Ratio:  2,0 dB (Wide); 3,5 dB (Narrow)

Alternate Channel Selectivity:  64 dB (DIN ±300 kHz)

FM Stereo Separation (1 mV input DIN)

250 Hz :  50 dB  (Wide); 45 dB  (Narrow)

1 kHz :  50 dB  (Wide); 45 dB (Narrow)

6,3 kHz :  40 dB  (Wide); 35 dB (Narrow)

12,5 kHz :  35 dB   (Wide); 30 dB (Narrow)

Alternate Channel Selectivity (±300 kHz DIN):  55 dB (Wide): 80 dB (Narrow)

Image Rejection Ratio :  80 dB

IF Rejection Ratio :  110 dB

Spurious Rejection Ratio :  100 dB

AM Suppression Ratio:  70 dB

Subcarrier Suppression Ratio:

19 kHz, 46 kHz Dev :  55 dB

38 kHz, 46 kHz Dev :  68 dB

MW Tuner Section

Usable Sensitivity:  10 µV (250 µV/m)

Signal-to-Noise Ratio (1 mV input):  52 dB

T.H.D.  0,4% (Wide); 0,6% (Narrow)

Image Rejection Ratio:  40 dB

Selectivity (IHF):  25 dB (Wide); 50 dB (Narrow)

General

Power Consumption:  18 W

Dimensions (W x H x D):  440 x 88 x 331 mm

Weight:  4,6 kg

No comments:

Post a Comment