14
Remark :
Refer to DCA measurement remarks
A, B, C, D.
5. Resistance Measurement :
COM
V
W
Hz
20A
mA
NPN
B
B
E
E
E
PNP
E
C
C
Cx
KM 6050
POWER
LIGHT
HOLD
Auto
Power off
200
2K 20K 200K
2M
20M
200M
200m
2
V
20
200
1000
1000
200
20
V
2
2n
20n
200n
2
m
200
m
2m
20m
200m
20
20
200m
20m
2m
A
hFE
20kHz
A
W
F
Remark :
A. When doing open circuit input, the meter is in
the state of over-range, and only the highest
digit “1” is displayed.
B. When the tested resistance is over 1M
W
, it
takes a few seconds to stabilize the reading.
It is normal for the H
W
measurement.
(1) Set the function / range switch on
W
range
position needed.
(2) Insert the black test lead into COM jack and
the red test lead into the exposed V
W
Hz jack
(The red test lead is the positive polarity of the
measurement circuit). Connect the test lead
to the two ends of the tested resistance.
15
6. Capacitance measurement :
(1) Set the function / range switch on the range
position needed, waiting for the meter’s Auto
zero-calibration. It is normal that about 10
digits are left in 2 nF.
(2) Discharge the capacitor.
(3) Insert the capacitor under test into “Cx” jack
and measure (It doesn’t need the test lead).
COM
V
W
Hz
20A
mA
NPN
B
B
E
E
E
PNP
E
C
C
Cx
KM 6050
POWER
LIGHT
HOLD
Auto
Power off
200
2K 20K 200K
2M
20M
200M
200m
2
V
20
200
1000
1000
200
20
V
2
2n
20n
200n
2
m
200
m
2m
20m
200m
20
20
200m
20m
2m
A
hFE
20kHz
A
W
F
C. You should turn off the power when measuring
resistance in the circuit, and discharge the
capacitors on the tested circuit.
D. 200M
W
position, there are about 10 digits
when the red & black test leads are in short-
circuit. Deduct these digits from the reading
when measuring.
Cx
Capacitor
