FM Stereo Mate Radio  (120-0210)   Specifications      Faxback Doc. # 7496

Testing Conditions:

  Supply Voltage and Rated Voltage................................DC 1.5 V
  Output Load.......................................................32 Ohm
  Reference Output....................................................2 mW
  Room Temperature.............................77 degrees F (25 degrees C)

FM BAND MONO

Signal Generator Impedance:  75 ohm
Disconnect the telescoping rod antenna cable.

The signal voltage in these specifications or test date is the voltage
appearing across the tuner input terminal.

Modulation:  1 kHz 75 kHz Deviation

                                              UNIT    NOMINAL  LIMIT
Intermediate Frequency                          MHz     10.7    +/-0.3
Frequency Range                                 MHz     87-109  87.5-108
I.H.F. Usable Sensitivity / S/N Ration
  at 90 MHz                                   microV    20      30
     98 MHz                                   microV    20      30
    106 MHz                                   microV    20      30
Quieting Sensitivity at S/N 50 dB
  at 90 MHz                                   microv    20      35
     98 MHz                                   microv    20      35
    106 MHz                                   microv    20      35
Dial Calibration
  at 88 MHz                                     KHz    1000    1200
    100 MHz                                     KHz    1000    1200
    108 MHz                                     KHz    1000    1200
Power 10% THD                                   mW       10      5
Output Level at 98 MHz   L/R 1000microV Input   mW       10      5
S/N Ratio 1 mV Input at 98 MHz 1mV              dB       55      45
Distortion in 2 mW Output, at 98 MHz 1 mV       %        1       4
AM Suppression at 1 mV Input                    dB       30      29
-3dB Limiting Sensitivity at 98 MHz           microV     10      20
AFC Holding Range                               kHz      500     700
Image Rejection at 106 MHz                      dB       24      20
IF Rejection at 90 MHz                          dB       50      45
Suprious Response at 2x (98MHz + 1/2 IF)=       dB       35      30
206.7
Capture Ratio at 98 MHz IHF Method              dB       3       8
De-Emphasis at 6 kHz 400 Hz = O dB,
  1 mV Input at 98 MHz                          dB      -9.5    +/-3
Minimum Volume Hum & Noise                      mV       3       5
Tuning shift 1 mV - 100 mV                      kHz              150
Oscillator Drop-out Voltage                     V        1       1.2
ACS at 98 MHz 100 microV Input +/-400 kHz       dB       20      15
Overload 100mV Input at 98 MHz                  %        4       7
Current Drain at Volume Minimum (DC)            mA       24      30
at 98 MHz

Note:  European model must not be able to tune below 87.5 MHz

FM BAND STEREO

Signal Generator Impedance: 75 ohm.
Disconnect the telecoping rod antenna cable.
The signal Voltage in these specifications or test date is the voltage
appearing across the tuner input terminal.

Modulation: 1 kHz 75 kHz deviation (L+R:46%, L-R: 46%, PILOT:8%)
                                              UNIT    NOMINAL  LIMIT
Stereo Separation   Mod. Freq.:   at L-R        dB       15      10
(1000 microV Input) 100 Hz        at R-L        dB       15      10
                    Mod. Freq.:   at L-R        dB       24      20
                    1 kHz         at R-L        dB       24      20
                    Mod.Freq.:    at L-R        dB       15      10
                    10 kHz        at R-L        dB       15      10
38 kc Leakage    1000 microV Input              dB               20
Pilot Modulation                                %         4       6

Notes:  1. With the volume control at its maximum position and the tone
           control at its high-position, connect a signal generator to the
           telescopic antenna input terminal (through a suitable impedance
           matching network).

        2. Standard output level is 2 mW at 32 ohms (resistive load).

        3. Nominal specs represent the design specs.  All units should be
           able to approximate these - some will exceed and some might
           drop slightly below these specs.  Limit specs represent the
           absolute worst condition that still might be considered
           acceptable;  in no case should a unit fail to meet limit specs.

(br/all-7/1/94)