Custom marking/ testing/ cut&formed leads, hot solder
dipped leads, preconditioning, & numerous other options.
RCD
Type
CC1/4
Wattage at
70° C
1
0.25W
Max
.
Voltage
2
250V
Peak Pulse
Voltage
3,5
6KV
Energy Rating
(1Sec)
3,5
1.8j
Dielectric
Strength
140V
Composition resistors are considered one of the most reliable of all
electronic components. There are no windings or film, resulting in a
non-inductive resistor with excellent surge and high frequency char-
acteristics. The parts are also utilized in fusing applications. Hi-Rel
Group A or A&B Screening per Mil-R-39008 is available.
←
Resis. Range
E24 Std Values
1Ω - 22M
H
→←
L
→
d
↓
↑
→
D
←
Dimensions Inch [mm]
L
4
D
4
d
H (bulk pack)
.250±.032
.090±.016
.024±.003
1.0 [25.4] typ.
[6.35±.8]
[2.3±.4]
[.6 ±.076]
.374±.040
.140±.018
.028±.004
CC1/2
0.5W
350V
10KV
6.4j
700V
1Ω - 22M
1.0 [25.4] typ.
[9.5±1.02]
[3.56±.45]
[.7 ±.1 ]
.610±.05
.232±.022
.036±.006
CC1
1W
500V
14KV
20j
1000V
2Ω - 1.2M
1.0 [25.4] typ.
[15.5±1.27]
[5.90±.55]
[.9 ±.15]
1
Derate W & V by 1.25%/°C above 70°C
2
Rated continuous voltage determined by E= (PR)
1/2
, E not to exceed the max value listed.
3
Energy capability varies with pulse duration.
Rating is based on a 1 sec overload. Shorter durations have significantly lower joule ratings
4
Allow .032” [0.8mm] additional to L and D on parts with optional conformal coating
CC1/4 Peak Pulse Rupture Voltage
5
10KV
1M
10KV
CC1/2 Peak Pulse Rupture Voltage
5
1M
100K
10K
1K
100Ω
10Ω
1uS
CC1 Peak Pulse Rupture Voltage
5
10KV
1M
100K
Peak Voltage
Peak Voltage
1KV
100K
10K
1K
100Ω
Peak Voltage
1KV
1KV
10K
1K
100Ω
10Ω
100V
100V
100V
10V
5
1uS
Peak pulse rupture voltage and joule ratings are dependent on resistance value, pulse wave form & repetition rate. Charts indicate the approximate rupture voltage based on capacitive
discharge non-inductive circuit, pulse width equates to one RC time constant. Refer to
Application Guide below and Engineering Guide
R-46. Verify selection by evaluating sufficient
protoypes under worst case conditions. Consult factory for assistance on all surge and fusing applications.
Pulse Width (Time Constant, Sec)
10uS
100uS
1mS
10mS
100mS
10Ω
10V
Pulse Width (Time Constant, Sec)
10uS
100uS
1mS
10mS
100mS
10V
1uS
Pulse Width (Time Constant, Sec)
10uS
100uS
1mS
10m
100mS
PERFORMANCE CHARACTERISTICS
(10
Ω
-1M, typ.)
Short-time Overload
Thermal Shock
Temperature Coefficient (25-100°C)
Moisture Resistance
Shock and Vibration
Load Life MIL-R-39008 3.21.1.2
Terminal Strength (direct pull)
Operating Temp. Range
Standard Marking
Color Code Table
±2.5%
±4%
±0.15%/°C
±10%
±2%
±10%
5 lbs. min.
-55° C to + 125° C
4 bands (or alpha numeric, 5th FR band)
TEMPERATURE RISE
60
50
TEMP RISE (°C)
CC1/2
CC1
40
30
20
10
0
0.1
0.2
0.3
0.4
0.5
0.6
APPLIED WATTAGE (W)
0.7
0.8
0.9
1.0
CC1/4
APPLICATION GUIDE
(refer to R-46 guide for additional info)
CC’s are often utilized in high frequency, fusing or pulse applications, including snub-
bers, lightning surges, grounding resistors, RFI suppression, etc. Depending on the ap-
plication, CC’s can often satisfy requirements of GR1089, ITU-K20, IEC61000-4-x, etc.
For fusing applications, use the peak pulse rupture voltage graphs and energy ratings as
a rough starting point to determine typical fusing levels. For surge applications, employ a
据外媒报道，美国马里兰大学（University of Maryland, UMD）、美国能源部国立布鲁克哈文实验室（Brookhaven National Laboratory）及美国陆军研究实验室（US Army Research Lab）研发并研究了新款阴极材料——一款经过改动设计的三氟化铁（iron trifluoride，FeF3），该材质或将使锂离子电池电极的能量密度翻三倍。 该...[详细]
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