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MLC CHIP RADIAL AXIAL CAPACITOR
Pan Overseas
HOW TO ORDER - PART NUMBER EXPLANATION
To Order, please specify Pan Overseas Part No. as the following exampleG
U
0805
C
102
J
N
T
Rated VoltageG
Code Voltage (VDC) K 6.3 N 10 B 16 T 25 U 50 A 100 G 200 H 250 C 500 D 630 M 1000 M2 2000 M3 3000
Part DimensionG
Part Dimension (mm) Code 0402 0603 0805 1206 1210 1808 1812 2220 2225 Length (L) 1.00.05 1.60.1 2.00.2 3.20.2 3.20.30 4.50.35 4.50.35 5.70.40 5.70.40 Width (W) 0.50.05 0.80.1 1.250.1 1.60.2 2.50.30 2.00.30 3.20.30 5.00.40 6.30.40 Thickness (T) 0.50.05 0.80.1 1.4max. 1.52max. 1.80max. 2.00max. 1.80max. 1.80max. 1.80max. Code Length (L) RD20 RD21 AD10 See Page 10, 11 and 12 for Detail Dimensions Width (W) Thickness (T) Part Dimension(mm)
Temperature Characteristic CodeG
Temperature Coefficient Operating Temperature C (NPO) 030 PPM /C -55C~+125C R (X7R) 15% -55C~+125C F (Y5V) +22% - 82% -30C~+85C X (X5R) 15% -55C~+85C
Capacitance CodeG
Code 010 1R5 100 101 Capacitance (pF) 1 1.5 10 100 Code 102 222 472 103 Capacitance (pF) 1000 2200 4700 10000
Tolerance CodeG
Code C D F G Tolerance 0.25pF 0.50pF 1% 2% Code J K M Z Tolerance 5% 10% 20% +80 - 20%
Termination CodeG
Code Termination Types N Nickel Barrier Leaded Parts
Packaging CodeG
Code Packaging B Bulk T Tape & Reel
1
MLC CHIP CAPACITOR
Pan Overseas
NPO DIELECTRIC - GENERAL SPECIFICATION
INTRODUCTIONG
The NPO (COG) is a high Q, low K temperature compensating type of dielectric with stable electrical properties under varying voltage, temperature, frequency and time. It's suitable for circuits that require low lost, as well as timing and tuning applications.
FEATURESG
1/2 1/2 1/2 1/2 1/2 Very low temperature coefficient Stable electrical characteristics Small size with high capacitance values Consistent dimension and finish surface Engineered for automatic handling and insertion
GENERAL SPECIFICATIONSG
Capacitance Range Capacitance Tolerance Operating Temperature Range Temperature Coefficient ( C Max.) Temperature - Voltage Coefficient ( C Max. @WVDC) Rated Voltage (VDC) Dissipation Factor (tan _ ) 0.5pF to 100000pF 0.25pF, 0.5pF, 1%, 2%, 5%, 10% -55J ~ 125J
0 30 PPM /J 0 30 PPM /J 16, 25, 50, 100, 200/250,500,630,1KV, 2KV, 3KV, 4KV, 5KV 0.1% Max, 0.04% typical Lesser of 100G[ or 1000M[ F
Insulation Resistance (IR), @25J Aging Rate Dielectric Strength Testing Parameters
0% per Decade hour O 200V-2.5Ra; 250V-2.0Ra; 500V/630V-1.5Ra; U (Ra: Rated Voltage; VDC) For Values 1000pFG 1MHz @ 1.00.2Vrms For Values > 1000pFG 1KHz @ 1.00.2Vrms 1KV-1.5Ra
2
MLC CHIP CAPACITOR
Pan Overseas
NPO DIELECTRIC
Typical Characteristic Curves and Capacitance Chart
Typical Characteristic CurvesG
Capacitance Chart (NPO)G
Case Size 0402 0603 Rated Voltage N/B=10/16V N/B/T=10/16/25V U = 50V A=100V G/H=200/250V U=50V A=100V G/H=200/250V C=500V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V Temp. Chart. Capacitance Range (pF) Tolerance 0.5 ~ 120 0.5 ~ 1000 0.5 ~ 1000 1.0 ~ 330 1.0 ~ 100 0.5 ~ 2400 1.0 ~ 1500 1.0 ~ 560 1.0 ~ 220 1.0 ~ 4700 1.0 ~ 1800 1.0 ~ 1200 1.0 ~ 1000 1.0 ~ 120 1.0 ~ 120 1.0 ~ 120 10 ~ 8200 10 ~ 3300 1.0 ~ 2700 10 ~ 1800 C, D 10 ~ 220 (<10pF) 100 ~ 2200 22 ~ 1000 J, K 22 ~ 220 ( 10pF) 10 ~ 82 220 ~ 18000 F, G 220 ~ 6800 180 ~ 6800 180 ~ 5600 39 ~ 2700 39 ~ 820 10 ~ 180 470 ~ 39000 470 ~ 15000 390 ~ 15000 390 ~ 10000 39 ~ 6800 39 ~ 1800 10 ~ 390 560 ~ 56000 560 ~ 22000 4300 ~ 18000 4300 ~ 15000 39 ~ 8200 39 ~ 2200 10 ~ 470 L 1.00.05 1.60.10 Dimension (mm) W T (max) 0.50.05 0.50.05 0.80.10 0.80.10 MB (min) 0.10 0.20 G (min) 0.30 0.40
0805
2.00.20
1.250.1
1.40
0.25
0.70
1206
3.20.20
1.60.20
1.52
0.25
1.40
1210
3.20.30
2.50.30
1.80
0.25
1.40
1808
030 PPM/J
4.50.35
2.00.30
2.00
0.25
2.15
1812
4.50.35
3.20.30
1.80
0.25
2.15
2220
5.70.40
5.00.40
1.80
0.25
3.30
2225
5.70.40
6.30.40
1.80
0.25
3.30
When Ordering, please use the Pan Overseas Part number as indicated on page no. 1.
3
MLC CHIP CAPACITOR
Pan Overseas
X7R DIELECTRIC - GENERAL SPECIFICATION
INTRODUCTIONG
The X7R (BX) has moderate K value and is temperature stable. It shows moderate change in electrical properties under changing temperature, voltage and frequency. It's suitable for by- passing, coupling, and frequency discrimination circuit applications.
FEATURESG
1/2
1/2 1/2 1/2 Stable electrical characteristics Small size with high capacitance values Consistent dimension and finish surface Engineered for automatic handling and insertion
GENERAL SPECIFICATIONSG
Capacitance Range Capacitance Tolerance Operating Temperature Range Temperature Coefficient ( C Max.) Rated Voltage (VDC) Dissipation Factor (tan _ Insulation Resistance (IR) Aging Rate Dielectric Strength Testing Parameters O ) @25J U 100pF to 10F 10%, 20% -55J ~ 125J 15% 16, 25, 50, 100, 200/250,500,630,1KV, 2KV, 3KV 50V-2.5% Max; 25V-3.0% Max;16V-3.5% Max; O Lesser of 10G[ or 1000M[ F 1KV-1.25Ra 10V-5.05% Max
-1.5% per Decade hour 200V-2.5Ra; 250V-2.0Ra; 500V/630V-1.5Ra; U (Ra: Rated Voltage) 1KHz 50Hz, 1.0Vrms 0.2Vrms @ 25J , 0 Volts Bias
4
MLC CHIP CAPACITOR
Pan Overseas
X7R DIELECTRIC
Typical Characteristic Curves and Capacitance Chart
Typical Characteristic CurvesG
Capacitance Chart (X7R)G
Case Size 0402 Rated Voltage N/B=10/16V T=25V U=50V N/B=10/16V T=25V U=50V A=100V G/H=200/250V N/B=10/16V T=25V U=50V A=100V G/H=200/250V N/B=10/16V T=25V U=50V A=100V G/H=200/250V C=500V D=630V M=1000V A=100V G/H=200/250V C=500V D=630V M=1000V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V A=100V G/H=200/250V C=500V D=630V M=1000V M2=2000V M3=3000V Temp. Chart. Capacitance Range (pF) Tolerance 8200 ~ 33000 4700 ~ 6800 220 ~ 3900 18000 ~ 100000 10000 ~ 47000 180 ~ 47000 100 ~ 10000 100 ~ 5600 10000 ~ 1000000 10000 ~ 150000 150 ~ 100000 100 ~ 47000 100 ~ 27000 330 ~ 10000000 330 ~ 330000 330 ~ 150000 100 ~ 150000 100 ~ 100000 180 ~ 15000 180 ~ 6800 100 ~ 2200 1000 ~ 3300 10000 ~ 180000 390 ~ 39000 390 ~ 18000 K, M 180 ~ 5600 390 ~ 22000 220 ~ 1800 220 ~ 1800 100 ~ 680 3900 ~ 680000 3900 ~ 470000 390 ~ 120000 390 ~ 100000 390 ~ 22000 390 ~ 4700 100 ~ 1500 10000 ~ 1000000 10000 ~ 820000 1000 ~ 270000 1000 ~ 220000 390 ~ 56000 390 ~ 12000 180 ~ 2700 18000 ~ 1500000 18000 ~ 1000000 15000 ~ 330000 15000 ~ 220000 390 ~ 56000 390 ~ 15000 180 ~ 3300 L 1.00.05 W Dimension (mm) T (max) 0.50.05 MB (min) G (min) 0.10 0.30
0.50.05
0603
1.60.10
0.80.10
0.80.10
0.20
0.40
0805
2.00.20
1.250.1
1.40
0.25
0.70
1206
3.00.20
1.60.20
1.52
0.25
1.40
1210
3.20.30
2.50.30
1.80
0.25
1.40
15 %
1808
4.50.35
2.00.30
2.00
0.25
2.15
1812
4.50.35
3.20.30
1.80
0.25
2.15
2220
5.70.40
5.00.40
1.80
0.25
3.30
2225
5.70.40
6.30.40
1.80
0.25
3.30
When Ordering, please use the Pan Overseas Part number as indicated on page no. 1.
5
MLC CHIP CAPACITOR
Pan Overseas
Y5V DIELECTRIC - GENERAL SPECIFICATION
INTRODUCTIONG
The Y5V has high K value. Its electrical properties vary considerably under changing voltage, temperature, and time. It's suitable for general purposes applications where high capacitance values are required, and are ideal for room temperature applications with low DC bias.
FEATURESG
1/2 1/2 1/2 Small size with high capacitance values Consistent dimensions and finish surface Engineered for automatic handling and insertion
GENERAL SPECIFICATIONSG
Capacitance Range Capacitance Tolerance Operating Temperature Range Temperature Coefficient ( C Max.) Voltage Rating Dissipation Factor (tan _ ) Insulation Resistance (IR) @25J Aging Rate Dielectric Strength Testing Parameters 1000pF to 10F 20%, +80 - 20% -30J ~ 85J +22% ~ - 82% 6.3, 10,16, 25, 50 VDC 7% Max. (12.5% max for 10V) Lesser of 10G[ or 1000M[ F
-7% per Decade hour 2.5 times the rated WVDC 1KHz 50Hz, 1.0Vrms 0.2Vrms @ 25J , 0 Volts Bias
6
MLC CHIP CAPACITOR
Pan Overseas
Y5V DIELECTRIC
Typical Characteristic Curves and Capacitance Chart Typical Characteristic CurvesG
Capacitance Chart(Y5V)G
Case Size 0402 Rated Voltage B=16V T=25V U=50V N=10V B=16V T=25V U=50V N=10V B=16V T=25V U=50V N=10V B=16V T=25V U=50V Temp. Chart. Capacitance Range (pF) Tolerance 33000 ~ 100000 22000 1000 ~ 15000 47000 ~ 1000000 47000 ~ 330000 33000 ~ 100000 1000 ~ 100000 M, Z 220000 ~ 2200000 220000 ~ 100000 1000 ~ 330000 1000 ~ 220000 220000 ~ 10000000 220000 ~ 4700000 68000 ~ 1000000 1000 ~ 470000 L 1.00.05 W Dimension (mm) T (max) 0.50.05 MB (min) 0.10 G (min) 0.30
0.50.05
0603
1.60.10
0.80.10
0.80.10
0.20
0.40
+22% -82%
0805
2.00.20
1.250.1
1.40
0.25
0.70
1206
3.20.20
1.60.20
1.52
0.25
1.40
When Ordering, please use the Pan Overseas Part number as indicated on page no. 1.
7
MLC CHIP CAPACITOR
Pan Overseas
PACKAGING & DIMENSIONS
Cardboard Tape
Symbol Size Code 0402 0603 0805 1206 A B W 8.0 0.65 1.05 1.55 2.0 1.15 1.85 2.3 3.6 8.0 3.5 1.75 4.0 2.0 4.0 F 3.5 E 1.75 P1 2.0 P2 2.0
UnitG mm
P0 4.0 D 1. 5 +0.1/-0 t1 t2
0.3 0.06 0.1 0.05 0.05 0.1
1.1max 1.1max
0.1 0.1 0.15 0.15 0.2 0.05 0.1 0.1 0.05 0.1 0.2 0.2
1.5 +0.1/-0 1.1 1.4 max max
Embossed Tape
Symbol Size Code 0805 1206 A 1.6 2.0 B 2.4 3.6 8.0 3.5 1.75 4.0 2.0 4.0 W F E P1 P2 P0
UnitG mm
D t1 t2
0.2 0.2 0.2 0.2
1.5 +0.1
0.4 max
2.5 max
UnitG mm
Symbol A N 50 C 13.00.5 D 210.8 B* G T
Dimension 1782.0
2.00.5 10.01.5 122.0
Quantity Per Reel
Chip Size 0402 0603 0805 1206 8mm Tape Width Qty / Reel 10,000pcs 4,000pcs 3,000pcs
8
MLC CHIP CAPACITOR
Pan Overseas
APPLICATION & HANDING NOTE
1 StorageG
Taped packaging of our MLCC Chip Capacitor is designed to endure long term storage under controlled environment. The product will degrade faster in the present of high temperature and high humidity. It's recommended that the taped packaging MLCC Chip Capacitor is to be stored at ambient temperature of less than 40C with an RH of less than 70% in 6 months. Also, the present of corrosive gases such as sulfur and Chlorine might affect the termination's solderability, thus the MLCC Chip Capacitor should also be kept away from these gases.
2 Solder Land designG
It is recommended that the solder land shape and size should be properly designed and taken into consideration during PCB design process to ensure not over stress the MLCC Chip capacitor during soldering because it might cause cracks on the chip body.
3 AdhesiveG
Strong, good insulator, fast harden, and non-toxic adhesive is recommended to avoid MLCC Chip from falling during soldering process, or resulting in improper electrical functioning and mechanical failures.
4 MountingG
Excess mounting force can easily cause the MLCC Chip Capacitor to crack, which will resulting in electrical and mechanical failures in many instances.
5 SolderingG
The MLCC Chip Capacitor comes into direct contact with melted solder paste during soldering process, thus it can easily expose to high stress caused by sudden change in temperature. It might also be subjected to silver migration and contaminated flux, therefore, soldering technique is very important or critical to the MLCC chip capacitor.
6 Manual SolderingG
Micro Crack can easily formed on the MLCC Chip Capacitor body due to thermal shock, if the hot tip of the soldering iron comes into direct contact with the ceramic body of the chip capacitor. Thus proper use of soldering iron tip, temperature control, and experienced operator are recommended when manual soldering is utilized.
7 CoolingG
After Soldering, natural air cool is recommended, if solvent is used as assisted cooling, then the temperature different should not be more than 100C.
8 CleaningG
Some modern fluxes will form residues after soldering process, thus it's necessary to use appropriate solvent for cleaning. Re-flowed assemblies are easier to clean than wave soldered assemblies since the board is fluxed and exposed to higher temperature.
9 Note for separating multiple PCBG
Extra care should be taken during separation of multiple PCB to avoid damage to the MLCC Chip capacitor, on board.
9
MLC RADIAL LEAD CAPACITOR
Pan Overseas
FEATURES AND CAPACITANCE CHART
FEATURESG
1. MLC Radial Lead Capacitor (RD) has wide application in computer, data processing, telecommunication, industrial control and instrumentation equipment. 2. The radial lead MLC is built with superior moisture, and shock resistant epoxy coating material, can be supplied in both, bulk or taping form for automatic insertion.
CAPACITANCE CHARTG
Case Size RD20 RD21 RD20 RD21 RD20 RD21 RD20 RD21 RD20 RD21 Rated Voltage U=50V A=100V U=50V A=100V U=50V Temp. Chart. C (NPO) 030 PPM/J R (X7R) 15% F (Y5V) +22%~-82% Capacitance Range (pF) Tolerance 10~3300 J.K 10~3300 220~100000 K.M. 220~68000 10000~150000 M.Z. 5.08 5.08 5.08 5.08 3.18 3.18 5.08 5.08 5.08 5.08 3.18 3.18 W 5.08 Dimension(mm) H T 5.08 3.18 F 2.54 O 5.08 O 2.54 O 5.08 O 2.54 O 5.08 O 2.54 O 5.08 O 2.54 O 5.08 O 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0
When Ordering, please use the Pan Overseas part number as indicated on page no. 1.
BULK LEAD CONFIGURATION AND DIMENSIONG
10
MLC RADIAL LEAD CAPACITOR
Pan Overseas
TAPING SPECIFICATION & PACKING QUANTITY
Taping SpecificationJ
DESCRIPTION Pitch of Components Feed hold pitch Feed hole center to lead Feed hole center to component center Lead to lead spacing Component alignment, F - R Tape width Adhesive tape width Hole position Adhesive tape position Height of bottom body from tape center Lead-wire clinch height Component height Feed hoe diameter Total tape thickness
SYMBOL DIMENSIONS (mm) P PO P1 P2 F h W W0 W1 W2 H H0 H1 D0 T 12.7 1.0 12.7 0.3 3.85 0.7 6.35 1.3 5.08 0.8 OR 2.54 0.8 2.0 max 18.0 -1.0 / -0.5 11.0 mm 9.0 0.5 3.0 max 18.0 + 2.0 / -0 16.0 0.5 OR 18.0 0.5 32.25 max 4.0 0.3 0.7 0.2
REMARKS Cumulative pitch errorG 1.0mm / 20 pitches
To lead tip within tol The alignment from the center of the lead is 1.0mm
Adhesive tape must not protrude from base paper H + 12.5 mm O 6.5 O H1
H0 - W1
Packing QuantityJ
Case Size RD20, RD21 RD30 Bulk Quantity per Bag 1,000 pcs 1,000 pcs 2,000 pcs 1,500 pcs Taping Quantity per Ammo Box Quantity per Reel 3,000 pcs 3,000 pcs
11
MLC AXIAL LEAD CAPACITOR
Pan Overseas
FEATURES, CAPACITANCE CHART & TAPING SPECIFICATION
FEATURES
1. MLC Axial-Lead Capacitor (AD) is built with superior moisture and shock resistant epoxy coating material. Produces in high volume by automated processes to ensure uniform conforming coating. 2. The axial lead MLC can be supplied in both bulk or taping form for automatic insertion and sequencing with any other axial lead components.
CAPACITANCE CHARTG
Case Size AD10 AD10 AD10 U=50V Rated Voltage Temp. Char. C (NPO) 0 30 PPM/J R (X7R) 15% F (Y5V) +22 -82% Capacitance Range (pF) Tolerance 10~750 560~15000 1000~100000 J, K K, M M, Z 4.32 2.54 Dimension (mm) L Max. D Max.
When Ordering, please use the Pan Overseas part number as indicated on page no. 1.
TAPING SPECIFICATION AND DIMENSIONG
ITEM Pitch of component Cumulative tolerance of p Over 6 consecutive Tape width Lead wire protrusion Lead extension into tape Offset between tapes Width between tapes
SYMBOL P
DIMENSION 5.08 0.51 0.15
ITEM Centered Core Diameter Real Diameter Core Width Recess Depth Arbor Hote Deflection Form Nominal Position
SYMBOL C D1 D2 W1 R H0 h
DIMENSION 26.2 0.76 34.9 - 92.1 standard 61.0 360 max 69.9 1.5 9.5 min 13.89 - 38.10 standard 15.9 1.2 max
Wt Le Li T W
6.0 1.0 1.57 max 3.96 max 0.8 max 52.4 1.5
12

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