编号:GH-ZD4132C
版本号:1
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认 书
APPROVAL SHEET
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CUSTOMER :
片
产品名称
PART NAME:
式 排 容
MLCC_Arrays
规格
SPECIFICATION:
0603×4 TYPE
版本
VERSION:
日期
DATE OF ISSUE:
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客 户
MANUFACTURER
CUSTOMER
拟制
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批准
DESIGN
CHECK
APPROVAL
INSPECTOR
CHECK
APPROVAL
附 件 4
版本:FH-2020-001
片式排容系列(C-ARRAY SERIES)
一、优点
FEATURE
※节约空间: 可以节省高达 50%的 PCB 空间位置, 提高装配密度
Space saving: CA can save 50% space of the PC board and improve the assembling density.
※更高的体积比容: 安装一块 CA 等于安装 4 块 0603 片容,减少安装次数,提高安装效率
Provide more capacitance per volumetric area: Efficiently use the side margins and thickness. Promoting
mounting efficiency. One chip of CA equals to four chips of 0603 type capacitor. So it can reduce times of
picking and placing.
※降低成本: 减少放置的次数;缩短生产时间;减少设备管理费用;减少 PCB 费用
Cost saving: Reduce times for picking and placing, reduce manufacturing time, reduce the cost for manage the
equipments and reduce the cost of PCB.
※安装简易: 可进行 SMT 编带包装,由贴片机高速贴片
Easy to picking and placing: SMT package, easy to mounting.
※提高线路板工作效率: 可以减少印刷的线路。提高线路板的运转速度,提高工作效率
Improve the working efficiency of the printed board: Reduce the amount of printed circuits and promote the
working speed of the printed circuit.
二、用途
APPLICATIONS
※适用于对元器件空间要求严格的 PCB,如手提电脑、PDA、无绳电话
Applied in PCB which require strictly about space speed, such as notebook computer, PDA and portable
telephone, etc.
※特别适用于输入、输出接口电路
CA is best suitable to use in I/O interface circuit.
三、型号规格表示方法及温度特性
HOW TO ORDER & Temperature Coefficient /Characteristics
6124
B
103
①
②
③
K
④
500
⑤
N
T
⑥
⑦
① 产品尺寸及产品类型:
PRODUCT SIZE AND PRODUCT TYPE
代码
长(英寸)
宽(英寸)
内置单元
Code
L(inch)
W(inch)
Elements Inside
6124
0.06
0.12
4
5084
0.05
0.08
4
5082
0.05
0.08
2
第
1 页
共 11 页
② 介质种类 DIELECTRIC STYLE
介质种类(Dielectric Code)
CG
CH
B
X
E
F
介质材料 (Dielectric)
COG
COH
X7R
X5R
Z5U
Y5V
③ 标称容量 NOMINAL CAPACITANCE
表示方式
实际值
(Express Method)
(Actual Value)
0R5
0.5
1R0
1.0
单位(unit): pF
注:头两位数字为有效数字,第三位数字为 0
的个数;R 为小数点。
2
102
10×10
Note: the first two digits are significant; third
…
…
digit denotes number of zeros; R=decimal point.
④ 容量误差 CAPACITANCE TOLERANCE
代码 (Code)
A
B
C
D
F
G
J
误差
±
±
±
±
±
±
±
(Tolerance)
0.05pF
0.10pF
0.25pF
0.5pF
1.0%
2.0%
5.0%
K
±10%
M
±20%
S
Z
+50%
-20%
+80%
-20%
备注:A、B、C、D 级误差适用于容量≤10pF 的产品。
Note:These capacitance tolerance A,B, C, D are just applicable the capacitance that equals to or less than
10pF。
⑤ 额定电压 RATED VOLTAGE
单位(unit):V
表示方式
实际值
(Express Method)
(Actual Value)
6R3
6.3
500
50×10
201
20×10
102
10×10
…
…
0
1
2
注:头两位数字为有效数字,第三位数字为 0
的个数;R 为小数点。
Note: the first two digits are significant; third
digit denotes number of zeros; R=decimal point.
⑥ 端头材料 TERMINAL MATERIAL STYLES
端头类别 (Termination Styles)
表示方式
(Express Method)
纯银端头
(Silver Solderable Termination)
S
纯铜端头
(Copper Solderable Termination)
C
三层电镀端头 (Nickel Barrier Termination)
第
2 页
N
共 11 页
⑦ 包装方式 PACKAGE STYLES
B
T
散包装(Bulk Bag)
编带包装(Taping Package)
.
温度系数/特性 Temperature Coefficient /Characteristics
介质种类
参考温度点
标称温度系数
工作温度范围
Dielectric Reference Temperature Point Temperature Coefficient Operation Temperature Range
COG
20°C
0±30 ppm/℃
-55℃~125℃
X7R
20°C
±15%
-55℃~125℃
X5R
20°C
±15%
-55℃~85℃
Z5U
20°C
-56%~+22%
10℃~85℃
Y5V
20°C
-80%~+30%
-25℃~85℃
备注:Ⅰ类电容器标称温度系数和允许偏差是采用温度在 20°C 和 85°C 之间的电容量变化来确定的。
Note:Nominal temperature coefficient and allowed tolerance of class Ⅰare decided by the changing of
the capacitance between 20°C and 85°C。
四、外形尺寸
L
L
W
W
尺寸(mm)
规格型号
L
W
1.25±0.20
2.00±0.20
T
P
E
1.00±0.10
0.50±0.05
0.50±0.05
0.25±0.05
0.80±0.20
0.40±0.10
0.80±0.10
5082
1.00±0.10
0.80±0.10
5084
1.25±0.20
2.00±0.20
1.00±0.10
0.80±0.10
6124
1.60±0.20
3.20±0.20
1.00±0.10
第
3 页
共 11 页
五、电容量范围
项目
6124
材料
工作电压
COG
16V
25V
X7R
50V
100V
16V
25V
Y5V
50V
100V
16V
电容量
0.5PF
5 PF
10 PF
15 PF
20 PF
22 PF
33 PF
47 PF
100 PF
150 PF
220 PF
330 PF
470 PF
1000 PF
2.2nF
3.3nF
4.7nF
6.8nF
10 nF
22 nF
33 nF
47 nF
68 nF
100 nF
220nF
第
4 页
共 11 页
25V
50V
五、电容量范围
项目
5084
材料
工作电压
COG
16V
25V
X7R
50V
16V
25V
Y5V
50V
16V
25V
电容量
0.5PF
5 PF
10 PF
15 PF
20 PF
22 PF
33 PF
47 PF
100 PF
150 PF
220 PF
330 PF
470 PF
1000 PF
2.2nF
3.3nF
4.7nF
6.8nF
10 nF
22 nF
33 nF
47 nF
68 nF
100 nF
220nF
第
5 页
共 11 页
50V
五、电容量范围
项目
5082
材料
工作电压
COG
16V
25V
X7R
50V
16V
25V
Y5V
50V
16V
电容量
0.5PF
5 PF
10 PF
15 PF
20 PF
22 PF
33 PF
47 PF
100 PF
150 PF
220 PF
330 PF
470 PF
1000 PF
2.2nF
3.3nF
4.7nF
6.8nF
10 nF
22 nF
33 nF
47 nF
68 nF
100 nF
220nF
第
6 页
共 11 页
25V
50V
六、可靠性测试
Reliability Test
项目
技术规格
测 试 方 法
Item
Technical Specification
Test Method and Remarks
Ⅰ类
应符合指定的误差级别
测试频率
标称容量
测试电压
Measuring
Measuring
Frequency
Voltage
Capacitance
Should
be
within
the
ClassⅠ
specified tolerance.
≤1000pF
1MHz±10%
>1000 pF
1KHz±10%
1.0±0.2Vrms
测试温度: 25℃±3℃
Test Temprature: 25℃±3℃
C≤10µF:测试频率: 1KHz±10%
容量
测试电压: 1.0±0.2Vrms
Capacitance
Ⅱ类
Class Ⅱ
应符合指定的误差级别
Test Frequency: 1KHz±10%
Test Voltage: 1.0±0.2Vrms
Should
be
within
the
C>10µF X7R、Y5V
specified tolerance.
测试频率: 120±24 Hz
测试电压:0.5±0.1Vrms
Test Frequency: 120±24 Hz
Test Voltage: 0.5±0.1Vrms
标称容量
DF
损耗角正切
测试频率
测试电压
Measuring
Measuring
Frequency
Voltage
Capacitance
(DF, tanδ)
Ⅰ类
Dissipation
ClassⅠ
≤0.56%
Cr<5 pF
1MHz±10%
1.5[(150/Cr)+7]×10-4
5pF≤Cr<50 pF
1MHz±10%
1.0±
≤0.15%
50pF≤Cr≤1000 pF
1MHz±10%
0.2Vrms
≤0.15%
>1000 pF
1KHz±10%
Factor
.
第
7 页
共 11 页
项目
技术规格
测 试 方 法
Item
Technical Specification
Test Method and Remarks
≥50V
25V
16V
10V
6.3V
≤7.5%
X7R
≤2.5% ≤3.5% ≤5.0%
≤5.0%
损耗角正切
(C<3.3µF)
≤10.0%
(C≥3.3µF)
(DF, tanδ)
Ⅱ类
Dissipation
Class Ⅱ
≥25V
16V
10V
6.3V
Factor
C≤10µF
测试频率: 1KHz±10%
测试电压: 1.0±0.2Vrms
Test Frequency: 1KHz±10%
Test Voltage: 1.0±0.2Vrms
C>10µF X7R、Y5V
测试频率: 120±24 Hz
测试电压:0.5±0.1Vrms
Y5V
≤7.0%
(C<1.0µF)
≤9.0%
Test Frequency: 120±24 Hz
≤15%
≤15%
≤15%
Test Voltage: 0.5±0.1Vrms
(C≥1.0µF)
Ⅰ类
C≤10 nF, Ri≥50000MΩ
ClassⅠ
C>10 nF, Ri• CR≥500S
绝缘电阻
X7R
Insulation
Ⅱ类
Resistance
Class Ⅱ
C≤25 nF, Ri≥10000MΩ
测试充放电电流:≤50mA
C>25 nF, Ri• CR>100S
Measuring Voltage: Rated Voltage
C≤25 nF, Ri≥4000MΩ
C>25 nF, Ri• CR>100S
介质耐电强
Withstanding
测试湿度:≤75%
Duration: 60±5s
Y5V
Dielectric
测试时间: 60±5 秒
测试温度: 25℃±3℃
(IR)
度(DWV)
测试电压:额定电压
不应有介质被击穿或损伤
No breakdown or damage.
Voltage
Test Humidity: ≤75%
Test Temprature: 25℃±3℃
Test Current: ≤50mA
测量电压:
Ⅰ类:300%额定电压 Ⅱ类:250%额定电压
时间:1~5 秒 充/放电电流:不应超过 50mA
(这部分说明不包括中高压 MLCC)
Measuring Voltage:
ClassⅠ:300% Rated voltage
ClassⅡ:250% Rated voltage
Duration: 1~5s
Charge/ Discharge Current: 50mA max.
(This method excludes high-voltage MLCC)
第
8 页
共 11 页
项目
技术规格
测 试 方 法
Item
Technical Specification
Test Method and Remarks
上锡率应大于 95%
外观:无可见损伤.
可焊性
Solderability
At least 95% of the terminal electrode is
covered by new solder.
Visual Appearance: No visible damage.
项目
耐焊接热
外观:无可见损伤 上锡率: ≥95%
Appearance:No visible damage.At least
95% of the terminal electrode is covered
by new solder.
将电容在 100~200℃的温度下预热 10±2 分钟.
浸锡温度: 265±5℃
浸锡时间: 10±1s
然后取出溶剂清洗干净,在10 倍以上的显微镜底下观察.
放置时间:24±2 小时
放置条件:室温
Preheating conditions: 100 to 200℃; 10±2min.
Solder Temperature: 265±5℃
Duration: 10±1s
Clean the capacitor with solvent and examine it with a
10X(min.) microscope.
Recovery Time: 24±2h
Recovery condition: Room temperature
外观: 无可见损伤.
Appearance: No visible damage.
试验基板:Al2O3 或 PCB
弯曲深度:1mm
施压速度:1mm/sec.
单位:mm
应在弯曲状态下进行测量。
20
T=10S
Item
NPO to SL
ΔC/C
≤±0.5%
Heat
抗弯曲强度
X7R
Y5V
-5~+10%
-10~+20%
同初始标准
DF
Resistance
to Soldering
NPO 至 SL
将电容在 80~120℃的温度下预热 10~30 秒.
Preheating conditions:80 to 120℃; 10~30s.
有铅焊料:
(Sn/Pb:63/37) 无铅焊料:
浸锡温度: 245±5℃
浸锡温度: 235±5℃
浸锡时间: 2±0.5s
浸锡时间: 2±0.5s
Solder Temperature: 235±5℃ Solder Temperature: 245±5℃
Duration: 2±0.5s
Duration: 2±0.5s
Same to initial value.
同初始标准
IR
Same to initial value.
Resistance
to Flexure
1mm
of Substrate
(Bending
Strength)
ΔC/C
≤±10%
45±2
45±2
Test Board: Al2O3 or PCB
Warp: 1mm
Speed: 1mm/sec.
Unit: mm
The measurement should be made with the board in the
bending position.
端头结合强度
Termination
Adhesion
第
外观无可见损伤
施加的力:5N
时间:10±1S
No visible damage.
Applied Force: 5N
Duration: 10±1S
9 页
共 11 页
项目
Item
技术规格
Technical Specification
ΔC/C:
Ⅰ类:≤±1%或±1pF ,
取两者中最大者
Ⅱ类: B: ≤±10%
F: ≤±20%
ClassⅠ: ≤±1% or ±1pF,
whichever is larger.
测 试 方 法
Test Method and Remarks
※
预处理 (2 类)
:上限类别温度,1 小时
恢复:24±1h
初始测量
循环次数:5 次,一个循环分以下 4 步:
阶段
温度(℃)
时间(分钟)
下限温度
第1步
(NPO/X7R/X5R: -55
30
Y5V:-25 Z5U:+10)
第2步
温度循环
(+20)
2~3
上限温度
第3步
ClassⅡ: B: ≤±10%
F: ≤±20%
常温
(NPO/X7R/X5R:+125
30
Y5V/Z5U: +85)
第4步
常温
(+20)
2~3
试验后放置(恢复)时间:24±2h
Preheating conditions: up-category temperature, 1h
Recovery time: 24±1h
Initial Measurement
Cycling Times: 5 times, 1 cycle, 4 steps:
Step
Temperature(℃)
Time (min.)
1
Low- category temp.
30
Temperature
Cycle
(NPO/X7R/X5R:
-55
Y5V:-25
Z5U:+10)
2
3
Normal temp. (+20)
Up- category temp.
2~3
30
(NPO/X7R/X5R:+125 Y5V/Z5U:
+85)
*耐湿负荷
Humidity
load
4
Normal temp. (+20)
2~3
Recovery time after test: 24±2h
Ⅰ类: ±7.5%或±0.75pF,取两者之中较大者
温度:40±2℃
Δ Ⅱ类: B: ≤±12.5% F: ≤±30%
湿度:90~95%RH
C/C ClassⅠ: ±7.5% or ±0.75pF, whichever is larger.
电压:额定电压
ClassⅡ: B: ≤±12.5% F: ≤±30%
≤2 倍初始标准
时间:500 小时
DF Not more than twice of initial value.
放置条件:室温
IR
Class Ri≥5000MΩ或 Ri• CR≥50S 取两者之中
较小者;Ri≥5000MΩ或 Ri• CR≥ 放置时间:24 小时(Ⅰ类);48 小时
Ⅰ
50S whichever is smaller.
(Ⅱ类)
Ri≥1000MΩ或 Ri• CR≥10S 取两者之中 Temperature: 40±2℃
X7R
较小者;Ri≥1000MΩ或 Ri• CR≥ Humidity: 90~95%RH
Voltage: Rated Voltage
10S whichever is smaller.
Duration: 500h
Y5V Ri≥400MΩ或 Ri• CR≥10S 取两者之中较
conditions:
Room
小者;Ri≥400MΩ或 Ri• CR≥10S Recovery
temperature
whichever is smaller.
Recovery Time: 24h (Class1) or 48h
外观:无损伤
(Class2)
Appearance: No visible damage.
第
10 页
共 11 页
项目
技术规格
测 试 方 法
Item
Technical Specification
Test Method and Remarks
Ⅰ类:≤±2%或±1pF
取两者之中较大者
Ⅱ类:B: ≤±20%
ΔC/C
F: ≤±30%
ClassⅠ:≤±2% or ±1pF,
whichever is larger.
ClassⅡ: B: ≤±20%
F: ≤±30%
DF
*寿命试验
Life Test
时间:1000 小时
温度:125℃(NPO、X7R) 85℃(Y5V)
充电电流:不应超过 50mA
≤2 倍初始标准
放置条件:室温
Not more than twice of initial value.
放置时间:24 小时(Ⅰ类),或 48 小时(Ⅱ类),
Ⅰ类:Ri≥4000MΩ或 Ri• CR ≥
Applied Voltage:2× Rated Voltage
40S 取两者之中较小者.
ClassⅠ: Ri≥4000MΩ或 Ri• CR
IR
电压:2 倍额定工作电压
≥40S whichever is smaller.
Ⅱ类:Ri≥2000MΩ或 Ri• CR ≥
50S 取两者之中较小者.
Duration: 1000h
Temperature:125℃(NPO、X7R) 85℃(Y5V)
Charge/ Discharge Current: 50mA max.
Recovery Conditions: Room Temperature
Recovery Time: 24h (Class 1), or 48h (Class2)
ClassⅡ: Ri≥2000MΩ或 Ri• CR
≥50S whichever is smaller.
外观:无损伤
Visual Appearance: No visible damage.
注解:
※
:
专门预处理 (仅对 2 类电容器)
将电容器放在上限类别温度或按详细规范中可能规定的更高温度下经 1h 后,接着在试验的标准大气条件下恢
复 24±1h。
Note:Pretreatment (only for class2 capacitor)
Pretreatment (only for class2 capacitor) is a method to treat the capacitor before measurement. First, place the capacitor
in the up-category temperature or other specified higher temperature environment for 1hour. Then recovery the
capacitor at standard pressure conditions for 24±1hours。
※以最新版本的内容为准
第
11 页
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