Indicates performance and reliability requirements. "B" level represents standard reliability."T" level represents high reliability.
Please refer to performance specification sheet MIL-PRF-49470 for details regarding test levels. The latest revision of the specification sheet is available through DSCC.
1, 3
Test level option "T" is not available on encapsulated stacked devices (i.e. MIL-PRF-49470/2).
2
Dielectric classification and characteristic details are outlined in the "Electrical Parameters" section of this document.
4
Lead configuration and dimension details are outlined in the "Dimensions" section of this document.
1
1
KPS MIL Series, SMPS Stacks Ordering Information
(Do not use this ordering code if a QPL MIL-SPEC part type is required. Please order using MIL-SPEC ordering code. Details
regarding MIL-PRF-49470 QPL ordering information is outlined above.)
L1
1
R
N
30
C
106
K
S
Testing Option
4
12
Maximum Height
Dimension (in.)
5
Dielectric
Lead
Product Family Classification/
Configuration
3
Characteristic
2
L1 =
Unencapsulated
L2 =
Encapsulated
Q = BQ
R = BR
X = BX
W = X7R
N = Straight
L = Formed "L"
M= Formed "L"
J= Formed "J"
K= Formed "J"
Case Size /
Rated
Capacitance Capacitance
Case Code
Voltage (DC) Code (pF)
Tolerance
(CC)
30 = CC 3
40 = CC 4
50 = CC 5
3 = 25V 2 Sig. Digits J = ±5%
5 = 50V + Number of K = ±10%
1 = 100V
Zeros
M = ±20%
2 = 200V
C = 500V
B = 630V
D = 1000V
B = M49470 "B" Level Unencapsulated Encapsulated
T = M49470 "T" Level
12 = 0.12"
27 = 0.27"
C = DSCC87106
24 = 0.24"
39 = 0.39"
S = Commercial
36 = 0.36"
53 = 0.53"
X = Non-Standard
48 = 0.48"
66 = 0.66"
(Customer Specific
65 = 0.65"
80 = 0.80"
Requirements)
,
Test level option "T" is not available on encapsulated stacked devices, i.e., MIL-PRF-49470/2. If a QPL MIL-Spec part type is required, please order using the
MIL-Spec ordering code.
2
Dielectric classification and characteristic details are outlined in the ""Electrical Parameters"" section of this document.
3
Lead configuration and dimension details are outlined in the "Dimensions" section of this document. Additional lead configurations may be available. Contact
KEMET for details.
4
Indicates performance and reliability requirements. Testing option details are outlined in the "Performance and Reliability" section of this document.
4
Please refer to performance specification sheet MIL-PRF-49470 for additional details regarding test levels. The latest revision of the specification sheet is
available through DSCC.
4
DSCC Drawing 87106 was cancelled on 01/03/2005. MIL-PRF-49470 capacitors are preferred over DSCC Drawing 87106 capacitors.
5
Maximum height dimensions are provided in product tables 1A, 1B, and 1C of this document
1
4
Ordering Information Requirements per DSCC Drawing 87106
DSCC Drawing 87106 was cancelled on 01/03/2005. Customers can continue to order per 87106 requirements using the original DSCC ordering code,i.e., 87106-001.
When available, MIL-PRF-49470 devices are preferred over DSCC Drawing 87106. The MIL-PRF-49470 military specification product provides additional quality
assurance provisions that are not required by the DSCC drawing. These extra provisions create a more robust replacement.
1. Unless otherwise specified, tolerances are ±.010" (0.25mm).
2. Metric equivalents for C, D and E dimensions are provided for general information only.
3. For maximum B dimension, add .065" (1.65mm) to the appropriate A dimension. For all lead styles, the number of chips is determined by the capacitance and
voltage rating.
4. For case code 5, dimensions shall be .100" (2.54mm) maximum and .012” (0.30mm) minimum.
5. Lead alignment within pin rows shall be within ±.005" (0.13mm).
Unencapsulated & Encapsulated Lead Configurations – Inches (Millimeters)
Lead Style
Symbol
N
L
M
J
K
(J) Formed
Lead Style
(N) Straight
(L) Formed
L
Lead Length
0.250 Min. (6.35)
0.070 ± 0.010 (1.78 ± 0.25)
0.045 ± 0.010 (1.14 ± 0.25)
0.070 ± 0.010 (1.78 ± 0.25)
0.045 ± 0.010 (1.14 ± 0.25)
Additional lead configurations may be available. Contact KEMET for details.
[i=s] This post was last posted by Jacktang on 2019-4-30 17:28 Edit [/i] [size=4] There are many ways to generate digital phase-shifted signals. The traditional direct digital frequency synthesis (DDS...
Can CC2650 achieve carrier frequency offset by modifying register value? CC2400 can modify MDMCTRL register to modify frequency offset, but I don't know if CC2650 can do the same. Please help me, than...
Since our network is Zigbee, we have to learn how to capture packets.It is very important to know how to capture packets. If we don’t know how to capture packets, it is like an electronic engineer not...
Has anyone used MPXM2102GS? When the input voltage is 3.3V, the output positive and negative voltages are both around 1.6V. How do you understand this?...
1.1 Op Amp Basics Step 1: Connecting DC Power Op amps must always be supplied with DC power, so it is best to configure these connections before adding any other circuit components. Figure 1 shows o...
Microcontroller MCU
京公网安备 11010802033920号
EEWORLD
