Sony EL 5 Service Manual

Page 1

EL-

UK Model
A EP Model

EFL STEREI) ELCASET DECK

SPECIFICATIONS

Power Requirements: 110, 120, 220 or 240V ac, 50/60 Hz Signal-to-noise Ratio: DOLBY NR OFF

Power Consumption: 44W

Dimensions: Approx. 430 (w) x 170(h) x 320 (d) mm
17 (w) x 63/4 (h) x 125/3 (d) inches
Including projecting parts and controls

Weight: Approx. 10.5 kg, 23le 202

Tape Speed: 9.5 cm/s (33/4 ips)

Fast Forward and
Rewind Time: Approx. 75 seconds (by LC-GOI

Recording System: 4-track 2-channel stereo

Bias Frequency: 160 kHz

"Dolby' and the double-D symbol are the trade marks of
Dolby Laboratory Inc. Noise reduction system manufactured
under license from Dolby Laboratory Inc. 'OdB = 0.775V

SAFETYRELATED COMPONENT WARNING

COMPONENTS IDENTIFIED BY SHADING ON THE
SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE
CRITICAL TO SAFE OPERATION. REPLACE THESE
COMPONENTS WITH SONY PARTS WHOSE PART
NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR
IN SUPPLEMENTS PUBLISHED BY SONY.

With Type [I ELCASET (FeCr)
62 dB at peak level (NAB)
62dB (DIN, 1975 rev.)
54d8 (DIN, old)

With Type I ELCASET (SLH)
59 dB at peak level (NAB)
59d8 (DIN, 1975 rev.)

51 dB (DIN, old)
DOLBY NR ON

Improved by 5d8 at 1 kHz, 10dB

above SkHz

Total Harmonic
Distortion: 0.8%

- Continued on page 2 -

t ELCASET]

Look for this mark on all products manufactured under the
ELCASET standard.

SONY
SERVICE MANUAL

Page 2

Frequency Response:

Wow and Flutter:

Inputs:

DOLBY NR OFF

With Type I] ELCASET (FeCr)
15-25,000Hz (NAB)
25-20,000Hz inB (NAB)
20-22,000Hz (DIN)

With Type I ELCASET (SLH)
15-23,000Hz (NAB)
25-18.000 Hz i3dB (NAB)
20-20,000Hz (DIN)

0.06% WRMS (NAB)
i0.12% (DIN)

MIC (phone jacks) ............... 2

sensitivity 0.3 mV (-68 dB)
for low impedance microphone

LINE IN (stereo binaural jack) ..... 1
(phono jacks) ........... 2

sensitivity 0.095V (-18 dB)
input impedance 100k ohms

Outputs:

REC/PB Connector:

LINE OUT (phono jacks) ......... 2
output level 0.775V (0 dB)
at load impedance 100 k ohms with
LEVEL ADJUST control turned fully
clockwise
suitable load impedance more than
10k ohms

HEADPHONES ................. 1
suitable load impedance 8-32 ohms

Input impedance less than 10k ohms
Output impedance less than 10k ohms