智新电子（厦门）有限公司
JIMSON ELECTRONICS (XIAMEN) CO.,LTD.
规
格
书
SPECIFICATION
☆客户名称
CUSTOMER：
立创
☆产品名称
PROD NAME:
电容器/Capacitor
☆类别
TYPE:
MPP
☆规格
DESCRIPTION:
0.039uF~6.8uF J/ K 250VDC
0.82uF~1.8uF
3.9uF
K
J/K 125VAC
250VAC
☆日期
DATE:
2019-10-15
File NO: JS-S191014211
1.SPECIFIC REFERENCE DATA
DESCRIPTION
Capacit Rated Capacitance
ance
标称值
容量
Capacitance olerance
容量误差
Voltage Rated voltage
电压
额定电压
Voltage proof
耐电压
VALUE
0.039uF~6.8uF
3.9uF
J=±5% K=±10%
250VDC
、250VAC
无永久性击穿及飞弧
DF≤0.1%
(at 20℃,1KHz)
1.6*UR
TEST CONDITIONS
Measuring
frequency:
1kHz±10%
Measuring voltage: 1Vms.max.
Unit:VDC (5 S at 20℃)
Dissipation factor (tangent
of loss)
散逸因素(损耗角正切)
Insulation resistance
绝缘电阻
Endurance
耐久性
Measuring
frequency:
1kHz±10%
Measuring voltage: 1Vms.max.
C≤0.33uF IR≥30000MΩ
measured at rated voltage or less than
C
＞0.33uF
IR*C≥5000S
100VDC
1 minute at 20℃ and RH≤65%
ΔC/C≤5%
;
ΔDF≤0.4%
IR≥50% of the specified value
标
（
称值）
1000 hours with 125% of rated
voltage at 85℃.
Climatic catalogue
气候类别
Solder ability
可焊性
40/85/21
solder bath : 235±5℃
bath time: 2.0±0.5 sec
speed: 25±6 mm/sec
depth: 1.5+0.5/-0mm from the
bottom of the body
ΔC/C≤±5%，
solder bath : 260±5℃
DF≤1.2*规定值。
bath time: 5.0±0.5 sec
试 验 后 电 容 器 外 观 应 无 可 见 损
speed: 25±6 mm/sec
depth: 1.5+0.5/-0mm from the
伤，
bottom of the body
外观无损伤
Pull：2.2 LBS
time: 5 sec
引脚无损伤
Load of lead：1.1 LBS
The body of capacitor is bent 90
degrees and returned to its original
position
Solder should cover at least 75% of
the circumference of the lead
浸没部分引脚需有
75%以上面积
挂上锡
外观无可见损伤
Frequency cycle: from 10Hz to 55Hz
and then 10Hz
Amplitude: 1.5mm in three directions
Time:
2 hours each directions with a
Heat shock
耐焊接热
Lead tensile strength:
引脚拉伸强度
Lead bending strength
引脚弯曲强度
Vibration
震动
Reference standard
引用标准
IEC 60384-16,
GB10190
total of 6 hours
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2.CONSTRUCTION:
2.1 Dielectric
介质
2.2 Electrodes
电极
2.3 coating
包封
2.4 LEADS
导线
2.5 Terminal contact
引线连接方式
polypropylene film
聚丙烯薄膜
vacuum evaporated metal
真空蒸镀金属
epoxy resin, fire retardant
on request
环氧树脂（需要时可加阻燃剂）
Radial leads of tinned
wire/insulation flexible wire
径向镀锡导线或½导线
electrically welded;
电弧点焊
3.FEATURE:
■ 容量、损耗对温度、频率具有高稳定性
High stability of capacitance and DF versus temperature and frequency
■ ½损耗，高绝缘
Low DF and high IR
■ 无感型，自愈性½
Non-inductive and self-healing
■ 极½内部温升
Very small inherent temperature rise.
4.APPLICATION:
■
■
■
谐振回路
General resonance circuit
适用于直流、脉冲高频½电流回路
Widely used in DC pulse, high frequency and low current circuit
适用于要求½积小性½优的½电
S
校正电路
Providing optimum performance with small size of in S-shaping correction of colour TV set
5.MARKING:（打印方式：UV
油墨或激光雕刻）
5.1
电容印刷内容
Marking on individual capacitor includes:
额定容量
Rated capacitance: such as 393
额定电压
Rated voltage: such as250VDC
容量偏差
Capacitance tolerance: such as J
制造商
Manufacturer's symbol: JIMSON (JS).
5.2
包装标签
Marking on package
包装标签上包含产品型号、额定容量和电压、生产日期和厂址。
Each package unit carry the type, rating, quantity and date of manufacture, location of
manufacture, and manufacturer's name
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6.EXPLANATION OF IMPORTANT TERMINOLOGY:
6.1
容量
Rated capacitance
产品的电容量用三½数字来表示，其中前两½数代表电容量的标称值，后一½表示
电容量的指数值，即标称值后零的个数。单½为
PF
The rated capacitance value in Pico farads is expressed by a three digit number, the first
two digits are significant figures and the last digit specifies the number of zero to follow.
Example: 224 indicated 220,000pF or 0.22uF
225 indicated 2,200,000pF or 2.2Uf
容量单½
CAPACITANCE UNIT:
1F=1,000mF=1,000,000uF=1,000,000,000nF=1,000,000,000,000Pf
6.2
容量误差
Capacitance tolerance
容量误差为实际容量与标称容量的偏差百分比。
The tolerance is the permissible actual capacitance relative to the rated capacitance and it
is defined in percent.
Symbol of tolerance shown:
F=±1%
G=±2%
J=±5%
K=±10%
M=±20%
N=±30%
6.3
散逸因素
Dissipation factor
散逸因素是电容器在交变电压下功率损耗的衡量尺寸，它由有功损耗和无功损耗的
比值确定。散逸因素随着温度、频率的不同而改变。通常以
20℃、1kHz
½为标准条件
进行测量。
Dissipation factor is a measure of the power loss in a capacitor in the case of sinusoidal
voltage. It's defined as the ratio between the active power P and the reactive power Q: tgδ＝
P/Q. As it verify with temperature and frequency it is measured at 20
℃
and 1kHz as the
standard of measure condition.
6.4
绝缘电阻
Insulation resistance
绝缘电阻是衡量电容器绝缘特性的指标，为电容器充电一分钟后所加的直流电压和
流经电容器的漏电流值的比值，测试条件为：T=20℃ ，
RH≤65％
一般情况下，小容量电容器的绝缘特性直接用绝缘电阻表示，单½为兆欧；大容量
电容器的绝缘特性常用时间常数描述。
Insulation resistance is a measure of the capacitors ability to retain an electrical change
for an extended period of time. It is the ratio between an applied direct voltage and the current,
which flows through the capacitor. The current is measured 60s after the voltage has been
applied. Ambient temperature. T=20℃ and RH≤65％. The insulation resistance is normally
expressed in megohm for low capacitance capacitors and as a time constant stated in
megohm-microfarads (The product of the IR measured is megohm and the capacitance
measured in microfarad) for the higher capacitance value capacitor.
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6.5
自愈性
Self-healing
铝箔电容器被击穿时，由于介质中碳元素温度升高会½成永久性的通路。
金属化薄膜电容器由于有自愈½力，½在被击穿时不会½成永久性的通路。½介质
上存在缺陷，该处就可½发生局部电击穿。½电击穿处周围金属镀层由于电弧放电而蒸
发，击穿点与周围极板隔开，电容器即可自愈。
A break-though in a plastic film/foil capacitor leads to a permanent short circuit of the
capacitor due to the carbon bridge, which is built up in the break-down channel due to the
high temperature rise and carbon content of the dielectric.
A metallized capacitor can withstand a break-through without a permanent short circuit
on account of its self-healing ability. At a weak point in the dielectric, or because of a transient,
a break-down may occur. The thin metal layer around the weak point is evaporated and the
weak point is isolated. The capacitor has self-healed.
7. WEATHERABILITY TESTING METHODS:
7.1
上限温度
High temperature
将电容器放½于恒温烤箱，并将温度设定在
85℃。温度稳定后，电容器的测量结果需
符合以下两项：
7.1.1
容量变化：最大不超过初始值的+5%
7.1.2 DF
值变化：小于
0.2%
（½用
1KHz
检测）
Place the capacitor in a thermostatic oven kept at +85℃ after reaching the thermal stability,
The result of measurement shall meet the requirement given in the following items:
7.1.1 Capacitance drift: the rate +5% max of initial value;
7.1.2 Dissipation factor: less than 0.2% at 1KHz
7.2
下限温度
Low temperature
将电容器放½于恒温烤箱，并将温度设定在-40℃。温度稳定后，电容器的测量结果需
符合以下两项：
7.2.1
容量变化：最大不超过初始值的-5%
7.2.2 DF
值变化：小于
0.15%
（½用
1KHz
检测）
Place the capacitor in a thermostatic oven kept at -40
℃
after reaching the thermal
stability, The result of measurement shall meet the requirement given in the following items:
7.2.1 Capacitance drift: the rate -5% max of initial value;
7.2.2 Dissipation factor: less than 0.15% at 1KHz;
7.3
稳态湿热
Humidity
将电容器放½于恒温烤箱内
96±4%小时，保持温度为 40±3℃，湿度 90-95%，然后
将电容器取出放½
16
小时，测试结果需符合以下三项;
7.3.1
容量偏离：最大不超过初始值的+10%
7.3.2 DF
值：最大不超过
0.20%
（½用
1KHz
检测）
7.3.3
绝缘电阻：大于初始值的
50%
Place the capacitor in a thermostatic oven kept at temperature 40
±
3
℃
and humidity
90-95% for 96
±
4% hs. After this, take out the capacitor from the thermostatic oven for16
hours. The result of measurement shall meet the requirement given in the following items:
7.3.1 capacitance drift: +3% max of initial value.
7.3.2 Insulation resistance: over than 50% of initial value.
7.3.3 Dissipation factor: less than 0.20%.
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