Philips PM6302 Instruction Manual page 8

Setting error limits (see diagram A, page 46)
— In sub-ranges b toh
— In sub-ranges a and i
Measuring ranges for !oss factor D
— At 1 kHz for internal bridge supply
— At 100 Hz for internal bridge supply
— Setting error limits
Measurement of inductances {L}
Nominal range
Measuring-ranges
Setting error timits (see diagram A, page 46)
— In sub-ranges b to h
— In sub-ranges a and i
Nominal range for quality factor Q
Nominal range for quality factor Q=
D
Measuring ranges for quality factor Q
— Setting error limits
Reading the measuring value
Zero indicator
Reading
Search mode
Bridge supply
Internal
— Nominal d.c. voltage
~ Internal resistance
— Nominal a.c.-voltage
— Nominal frequency
: 0,6 % of measured value, additional
£ 0,14 % of end-of-range value
: £1,5 % of measured value, additional
2 0,15 % of end-of-range value
: 0,01 - 0,14 (200.10-4 — 1400.10-4)
:0,1- 1,4 (100.10~3 — 140.1073)
2 £5% of full scale value
:0,5 4H - 1050 H
ta. tuH- 10 wH
b. 10 wH- 100 wH
ec. 100 wH- 1mH
a TmH- 10mH | with overlapping sub-ranges:
e. 10mH- 100mH scale 0,5 10,5
#100 mH - 1H
g. 1 H- 10 H
h. 10 H- 100 H
i. 100 H-1000 H
: *0,5 % of measured value, additional
+ 0,15 % of end-of -range value
: + 1,5 % of measured value, additional
+ 0,15 % of end-of-range value
24-15
: 10-200
21-14
7,2- 100
: +5 % of full scale value
: measuring instrument; meter amplifier with logarithmic
gain characteristic
: linear scale: 0,5 - 10,5
: possible with 1 kHz-internal bridge supply;
— for capacitance- and inductance measurement in ranges
btoh
— for resistances in ranges d to h; with internal d.c. bridge
supply
115
real?
: 700 mV for ranges d toi
70 mV for ranges a toc
+1 kHz or 100 Hz