Ceramic Disc capacitor |12V~50V | CCDC

Ойыртем
Temperature Range:-30~85℃

Rate Volateg:12~50V

Теммаш: 1000pF~470nF

APPLICATION

• Transistorized Circuits
• Low Voltage-by-pass, Coupling.
• Frequency determination where Dielectric losses, Hi-IR and Cap. stability are not of major importance

PART NUMBER EXAMPLE

ELECTRICAL CHARACTERISTICS

Technical Data	Condition	Specification
Теммаш	Measured at 1KHz 0.05 VRMS, 25°C ± 2°C	0.01uF-0.47uF
Operating Temperature	Y5U, Y5V, Y5P	-30°C ~ + 85°C
Энергопотеря Коэффициент (tanS)	Y5U, Y5V, Y5P	< 0.05
Insulation Resistance	rated voltage at 25°C ± >°C and 70% R.H max 16Vdc, product voltage is 25Vdc	>1GΩ or 20MΩ Farad, whichever is less
Encapsulation	Standard	Phenolic Wax Epoxy Coating
Solderability of Leads	кеч 75 % covered	Solder temperature 250°C ± 5°C Dipping: 3±0.5 sec (Flur shall be used)

 

TEMPERATURE COEFFICIENT CODE

	Temperature Characteristics
Code	EIA Code	Characteristics.
P	Y5P	±10 % -30°C to +85°C
E	Y5U	+22 вуйсавырныш -56% -30°C to +85°C
F	Y5V	+22 вуйсавырныш -82% -30°C to +85°C

 

TOLERANCE CODE

Code	Tolerance
С	±0.25pF
Д	±0.5pF
F	±1%pF
G	±2%
J	±5%
K	±10%
M	±20%

 

VOLTAGE CODE EXAMPLE

Code	1B	1H
WVDC	12Вуйсавырныш	50Вуйсавырныш

 

RADIAL STRAIGHT-LEAD ON TAPE (S56 LEAD CODE)

RADIAL KINK-IN ON TAPE (K56 LEAD CODE)

*Most Popular

Code	Dimensions
Д	11.0 max
d	0.6 ±0.05
P	12.7 ±1.0
P0	12.7 ±0.3
P1	3.85 ±0.7
P2	6.35 ±1.3
F	5.0 +0.8 -0.2
Dh	0 ±2.0
W	18.0 +1.0 -0.5
W1	9.0 +0.75 -0.5
W2	3.0 max
H	18.0 +3.0 -0
H0	16.0 ±0.5
H1	32.25 max
K	1.0 max
D0	4.0 ±0.2
Т	0.7 ±0.2
L	11.0 max

LEAD CODES FOR BULK PACK (CERAMIC DISC ONLY)

Lead Type
A-Straight	C-Kink In	D-Kink Out
3.0мо	4.8mm max 4.8±1mm
				4.8mm max
				4.8±1mm
F-Special Length	Y-Y Formed	S & K-Taped
Per Customer Specification	4.0 mmmax 4.8 ±1.0 mm	See taping specifications above.

Lead Spacing (±1.00) in mm		Wire dia. (±0.05) inmm
Code	P	Code	d
2	2.5	4	0.48
5	5	6	0.6
6	6.35	7	0.65
7	7.5	8	0.8
9	10.0	9	1.0
0	12.7
А	15.0

INTRODUCTION
Single layer metalized ceramic disc with resin
coating (wax impregnated).
CCDCis suitable for low voltage application
and offers larger capacitance values