Sanwa YX-360 LCR Meter
Manufacturer:
Model:
YX-360
Date:
unknown
Class:
Type:
SubType:
Multitester
Information
Viewed in the light of a circuit tester measuring voltage,
current, resistance, etc., the YX-360TR is no more than a
standard multitester in function. But the added versatility
of performing as a transistor
Analyzer distinguishes it from
average meters. For the particulars of its bounds of hidden
possibility, you can examine for yourself the specification
data along with the benefits and advantages the instrument
offers.
For all this, the YX-360TR is by no means a large-built
equipment, but it is a lightweight and handy-sized device to
be seated anywhere on your bench. As a matter of fact, it is
suitable for carrying service. From beginners to
professionals, you can enjoy a good command of it so as to
get the best of the instrument on your original idea
according to your own service design.
features
1 All-purpose function.
The YX-360TR will entertain you with expanded vision of
application. Optional use of the connector readily transfers
the meter to a regular transistor tester to directly read
hfe (DC amplification factor) of transistors for you to
determine if they are suitable for circuit use. Few testers
perform such unique double service.
2 Ability no less better than a large-sized tester.
Excellent resolution factor of 0.2mV and above, and widened
resistance measurement range reading from 0.2J2 up to 20Mfi,
and that energized by the small-size internal batteries,
compare the instrument favorably with a bulky test gear.
3 Series condenser terminal (OUTPUT).
Applied use of this extra terminal serves to check TV
circuits for detecting AC signals with DC element present
mixed isolated.
4 3-volt internal battery power.
It is impossible for a usual handy tester with a 1.5-volt
battery built - in to check the linear continuity of
semiconductors like LED whose forward voltage exceeds 1.5 V,
being unable to read either their forward or backward
resistance. In this respect, the 1.5-volt batteries lined up
in series spread the measurement range of semiconductors.
5 One-handed operation control and rational arrangement of
ranges.
All measurements are controlled by a single knob. Into the
bargain, the 1000V DC and AC ranges lie adjacent each other
on the selector switchboard to evade possible danger caused
by misplaced range selection. In most testers are found
these ranges adjoined at the ohm range, and there is a fair
chance of the circuit resistors being burnt out rendering
the instrument out of service. In the worst case, it might
bring on serious accident to the operator.
6 Non-skid rubber support.
The rubbers supplied may be fitted in the pits on the rear
to tilt the meter to a convenient viewing angle on the
bench. They also serve to prevent the meter to skid.
7 Glass indicator cover.
In consideration of the portable use of the instrument,
scratch-, heat- and dust-proof glass is used for the
protection of the indicator instead of a soft
metacrylic-resin cover.
Manual type:
Service and User Manual
Pages:
14
Size:
639.64 Kbytes (654991 Bytes)
Language:
english
Revision:
Manual-ID:
Date:
unknown
Quality:
Scanned document, all readable.
Upload date:
2017 10 29
MD5:
c09118eff8dac052a466001b778a1c42
Downloads:
2054
Information
General
description ... 2
Features ... 4
Measurement ranges and performance ... 6
1 As a circuit tester ... 6
2 As a transistor tester ... 6
Operation I — as a circuit
tester ... 7
1 Zero correction of indicator ... 7
2 Test lead connections ... 7
3 Selection of range ... 7
4 Measurement ranges and scale reading ... 9
5 Difference between voltage and current
measurements ... 10
6 Voltage measurement and internal impedance .. n
7 Use of HV
Probe for TV servicing ... 12
8 ACV measurement on OUTPUT terminal ... 13 10 dB
scale ... 15
Operation II - as a transistor
tester ... 17
1
Preliminaries ... 17
2 Measurement of I ceo (leakage current) ... 17
3 Measurement of Iife (DC amplification factor) . 18
4 Measurement of diode including LED ... 20
Maintenance ... 21
1 Choosing a proper range ... 21
2 Measurement of unknown values ... 21
3 Protection of tester ... 21
4 Burnout damage through misapplication ... 21
Supplementary
data ... 23
1 Arrangement of parts ... 24
2 Parts
list ... 25
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