A. MLCC RADIAL & AXIAL

B. CERAMIC DISC

C. SAFETY DISC (AC CAPACITOR)

 

 

 

 

A. MLCC Radial & Axial

Class I

Temperature Compensating Capacitors have a ceramic dielectric that is formulated to provide a predicable linear capacitance change versus temperature. This predicable linear capacitance change allows to be used in critical circuit applications such as tuned circuit.

 

Q-chart

• NPO-N1500 initial
• Over N1500 initial
• NPO-N1500 after life
• Over N1500 after life

 

 

Electrical Specification

Item	Specification	Testing method
Capacitance	To be within the spec. tolerance	Shall be measured at 25±1°C
Dissipation factor	C>30pf, DF:0.1% max C≤30pf, Q=400+20°C min	1.0±0.2 Vrms and 1 MHz, 1 KHz for value above 1000 pf.
Insulation resistance	Cap.≤10nF: I.R≥100GΩ	Shall be measured 60±5 sec, at rated voltage
Dielectric strength	To be within the 250% rated voltage	With 50mA (max) charging current

 

Class II, III

The HI-K (Dielectric constant) capacitor, the maximum capacitance can be controlled in tolerance when the temperature is over 25°C. The general application in circuit where a large amount if capacitance is required but less sensitive to change with temperature variation such as “coupling”, “by pass” circuit.

 

Electrical Specification

Item	Specification	Testing method
Capacitance	To be within the spec. tolerance	Shall be measured at 25±1°C, X7R, Y5V: 1.0±0.2V and 1KHz Z5U: 0.5V±1 and 1KHz
Dissipation factor	X7R: 2.5% max Z5U: 4% max Y5V: 5% max
Insulation resistance	Cap.≤10nF: I.R≥100GΩ Cap.>10nF: I.R≥100GΩ - µF	Shall be measured 60±5 sec, at rated voltage
Dielectric strength	To be within the 250% rated voltage	With 50mA (max) charging current

 

Reliability testing:

	Item	Specification	Testing method
Humidity test	Appearance	No damage	Temperature: 40±2°C Relative humidity: 90%~95% Duration: 500+24/-0 hrs Test step: Oven dry at 40±2°C for 24hrs. Take required measurement as specified. Subject specimens to test. Final measurement at room condition for not less than 2 hours unless otherwise specified.
	Capacitance	Capacitance change NPO: ±2% or 1.0pF X7R: ±20% Z5U, Y5V: ±30%
	Dissipation factor	Dissipation factor change NPO:  0.5% max X7R, Z5U: 5% max Y5V: 7.5% max
	Insulation resistance	Cap.≤10nF: I.R≥10GΩ Cap.>10nF: I.R≥100MΩ-µF
Life test	Appearance	No damage	Ambient temperature: 85±2°C Applied voltage: 200% the rated voltage Duration: 1000+48/-0hrs Charging and discharging current shall be limited to 50mA (max).Deaging at 150°C for 2hrs and recover 24hrs before measure. (NPO unnecessary)

 

Range Chart

NPO (COG) SERIES	X7R SERIES
Z5U SERIES	Y5V SERIES

 

Mechanical Specification

	Specification	Test Condition
Marking	To be dear and legible	Marking shall be tested with Acetone.
Terminal strength	Tensile strength: No breakdown	Wire dia. 0.55mm, loading weight 1.0kg for 10±1sec.
	Bending strength: No breakdown	Wire dia. 0.55mm, loading weight 0.5kg (Bend back and forth 90° twice)
Solder ability	Lead wire to be soldered up to the dipped end point, with no gap in the axial direction, over ¾ of the circumferential direction.	Solder temperature: 235±5°C Dipping: 2±0.5sec Flux shall be used.

 

Construction Ceramic Dielectric Electrodes Metalized end Solder c.p. wire Epoxy resin encapsulant

 

Dimension (Dimension

Lead Style	Side Code	Pitch (F)±0.5	Length (L) Max.	Width (W) Max.	Thick (T) Max.	Seat Height (M) Max.	Lead Length (A)
H	A	5.08	3.81	3.81	2.54	2.54	Standard Long Lead: 25±1.0Standard Short Lead: 3±0.5 4±0.5 5±0.5
	B	5.08	5.08	5.08	3.18	2.54
K	A	2.54	3.81	3.81	2.54	3.50
	B	2.54	5.08	5.08	3.81	3.50
	B	5.08	5.08	5.08	3.81	3.50
L	A	2.54	3.81	3.81	2.54	1.00
	B	2.54	5.08	5.08	3.81	1.00

 

Marking principle: Normal capacitance Temperature characteristic Working voltage Capacitance tolerance

 

Packing Specification

 

		Unit:mm	Unit:inch
Body Dimension	A	11.0*11.0 Max	0.43*0.43 Ref
Body Thickness	T	4.0 Max	0.157 Ref
Wire Lead Dia.	d	0.55±0.05	#24 AWG
Taping Pitch	P	12.7 Ref	0.05 Ref
Feed Hole Pitch (Note:1)	P0	12.7±0.3	0.5 Ref
Plane Deviation	DP	+1.0 Max	0.0394 Ref
Feed Hole Off Alignment (2e)	P1	3.81±0.7	0.15 Ref (F=5.08)
Feed Hole Off Alignment (1e)	P2	5.08±0.7	0.30 Ref (F=2.54)
Lead Spacing	F F	5.08±0.5 2.54±0.5	0.2 Ref 0.10 Ref
Body Inclination	Dn	0±1.0	0±0.39 Ref
Carrier Tape Width	W	18.0±1.0	0.709 Ref
Adhesive Tape Width	W0	13.0 Ref	0.512 Ref
Feed Hole Ht Off Alignment	W1	9.0+0.75/-0.5	0.354 Ref
Adhesive Tape Width	W2	3.0 Ref	0.118 Ref
Straight Lead Height (Note:2)	H	20.0±0.5	0.787 Ref
Lead Crimp Height	H0	16.0 or 18.0±0.5	0.63 Ref
Top if Component Height	H1	32.0 Max	1.20 Ref
Lead End Protrusion	e	1.0 Max	0.039 Ref
Feed Hole Diameter	D0	4.0±0.3	0.157 Ref
Overall Tape Thickness	t	0.9 Max	0.035 Ref
Rejected Component Cut Height	L	10.0 Max	0.394 Ref

Note:

• Cumulative pitch tolerance over 20 consecutive units not to exceed ±1.0mm
• H=20.0±0.5 for lead style. L, Ho=16 or 18.0±0.5 mm for lead style K.H
• Dimensions meet requirement defined in EIA RS468

Package Quantity

Size Tape-Ammo Bulk Pcs/box Pcs/bag A 2000 1000 B 2000 1000 Box Size:330*250*50mm (W*L*H)

 

NPO (COG) SERIES	X7R SERIES
Z5U SERIES	Y5V SERIES

 

Mechanical Specification

	Specification	Test Condition
Marking	To be clear and legible	Marking shall be test with Acetone
Terminal Strength	Pull force ≥ 2lb	Pull both lead ends till body broken
Solder Ability	Lead wire to be soldered up to the dipped end point, with no gap in the axial direction, over ¾ of the circumferential direction	Solder temperature: 235±5°C Dipping: 2±0.5sec Flux shall be used.

 

Construction

Ceramic dielectric Internal electrode Terminal end Solder paste Epoxy resin encapsulant ead wire

 

Marking Principle & Dimension

 

Size	T (max)	D (max)	Tapping	Bulk
			W (mm)	F	A
35	3.5	2.5	26	5	5 -> 10
50	5.0	3.0	52	NA

 

Tapping Specification

Dim p t w d mm 5±0.5 6±0.5 26 52 1.2 max

 

Packing Specification

Dim L W H mm 258 80 95

 

Package Quantity

Size	35	50
Ammo	5000 pcs	5000 pcs
BULK	1000/PE bag

 

Part Number System

 

 

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