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Toshiba TLP710H에 대해서도 마찬가지입니다: 기술 교육 매뉴얼 (31 페이지)

Toshiba TLP710H 서비스 매뉴얼
1-2. Precautions for Part Replacement
• In the schematic diagram, parts marked
F801) are critical part to meet the safety regulations,
so always use the parts bearing specified part codes
(SN) when replacing them.
1-3. Solid Resistor Indication
Unit
Tolerance
Rated Wattage
Type
1-4. Capacitance Indication
Symbol
Unit
Rated voltage
Tolerance
Temperature characteristic
(Ceramic capacitor)
(ex.
........... Ω
None
k
........... kΩ
M
........... MΩ
None
........... ±5%
B
........... ±0.1%
C
........... ±0.25%
D
........... ±0.5%
F
........... ±1%
G
........... ±2%
K
........... ±10%
M
........... ±20%
(1) Chip Parts
None ......... 1/16W
(2) Other Parts
None ......... 1/6W
Other than above, described in the Circuit Diagram.
None
........... Carbon film
S
........... Solid
R
........... Oxide metal film
W
........... Metal film
W
........... Cement
FR
........... Fusible
+
........... Electrolytic, Special electrolytic
NP
........... Non polarity electrolytic
........... Ceramic, plastic
M
........... Film
........... Trimmer
None
........... F
µ
........... µF
p
........... pF
None
........... 50V
For other than 50V and electrolytic capacitors,
described in the Circuit Diagram.
(1) Ceramic, plastic, and film capacitors of which
capacitance are more than 10 pF.
None
........... ±5% or more
B
........... ±0.1%
C
........... ±0.25%
D
........... ±0.5%
F
........... ±1%
G
........... ±2%
(2) Ceramic, plastic, and film capacitors of which
capacitance are 10 pF or less.
None
........... more than ±5% pF
B
........... ±0.1 pF
C
........... ±0.25 pF
(3) Electrolytic, Trimmer
Tolerance is not described.
None
........... SL
For others, temperature characteristics are
described. (For capacitors of 0.01 µF and
no indications are described as F.)
2-2
• Using the parts other than those specified shall
violate the regulations, and may cause troubles such
as operation failures, fire etc.
Rated Wattage
Temperature
response
100k
Type
Tolerance
Fig. 2-1-9
100µ
Rated
Tolerance
voltage
Fig. 2-1-10