EEWORLDEEWORLDEEWORLD

Part Number

Search

851-02E20-27PW5116

Description
MIL Series Connector, 27 Contact(s), Male, Wire Wrap Terminal, Receptacle,
CategoryThe connector   
File Size48KB,1 Pages
ManufacturerEsterline Technologies Corporation
Download Datasheet Parametric View All

851-02E20-27PW5116 Overview

MIL Series Connector, 27 Contact(s), Male, Wire Wrap Terminal, Receptacle,

851-02E20-27PW5116 Parametric

Parameter NameAttribute value
Is it Rohs certified?incompatible
MakerEsterline Technologies Corporation
Reach Compliance Codenot_compliant
ECCN codeEAR99
Other featuresSTANDARD: MIL-C-26482, COMPATIBLE CONTACT: 8500-4220
Back shell typeSOLID
Body/casing typeRECEPTACLE
Connector typeMIL SERIES CONNECTOR
Contact to complete cooperationNOT SPECIFIED
Contact completed and terminatedGold (Au)
Contact point genderMALE
Contact materialNOT SPECIFIED
Coupling typeBAYONET
DIN complianceNO
empty shellNO
Environmental characteristicsCHEMICAL/ENVIRONMENT/VIBRATION RESISTANT
Filter functionNO
IEC complianceNO
JESD-609 codee4
MIL complianceYES
Plug informationMULTIPLE MATING PARTS AVAILABLE
Mixed contactsNO
Installation typeCABLE AND PANEL
OptionsGENERAL PURPOSE
Shell surfaceCADMIUM PLATED
Housing size20
Termination typeWIRE WRAP
Total number of contacts27
Base Number Matches1
851 Series
Wire wrap and straight spills connectors
Square flange receptacle type 02 E
wire wrap version
L
E
4 Holes ØJ
shell
size
08
A
B
Max
C
Max
ØD
Max
E
F
Max
H
J
L
Max
T
9.46
.372
12.03 11.70
.474
.461
1.32 10.84 15.09 20.99 12.42
.052
.427
.594
.826
.489
3.13 20.50
.123
.807
10
H
ØD
ØA
15.01 11.70
.591
.461
1.32 13.99 18.26 24.19 12.42
.052
.551
.719
.952
.489
3.13 20.50
.123
.807
9.46
.372
12
19.07 11.70
.751
.461
1.32 17.37 20.62 26.54 12.42
.052
.684
.812 1.045
.489
3.13 20.50
.123
.807
9.46
.372
F
14
B
C
22.25 11.70
.876
.461
1.32 20.57 23.00 28.89 12.42
.052
.810
.906 1.137
.489
3.13 20.50
.123
.807
9.46
.372
straight spills version
L
4 Holes ØJ
E
16
25.42 11.70
1.001
.461
1.32 23.62 24.61 31.29 12.42
.052
.930
.969 1.232
.489
3.13 20.50
.123
.807
9.46
.372
18
28.60 11.70
1.126
.461
1.32 26.69 26.97 33.69 12.42
.052 1.051 1.062 1.326
.489
3.13 20.50
.123
.807
9.46
.372
T
ØA
ØD
F
20
31.77 14.35
1.251
.565
2.15 29.89 29.36 36.89 10.69
.085 1.177 1.156 1.452
.421
3.13 23.80
.123
.937
7.76
.306
7
mini
B
C
22
34.95 14.35
1.376
.565
2.15 33.04 31.75 39.99 10.69
.085 1.301 1.250 1.574
.421
3.13 23.80
.123
.937
7.76
.306
24
38.12 15.20
1.501
.598
2.15 36.24 34.92 43.15 10.69
.085 1.427 1.375 1.699
.421
3.81 23.80
.150
.937
7.76
.306
Jam nut receptacle type 07 A
wire wrap version
L
P
shell
size
08
A
12.03
.474
B
Max
17.90
.705
C
Max
2.64
.104
F
Max
26.94
1.061
H
12.42
.489
L
Max
20.64
.813
P
Max
19.29
.759
S
Max
23.94
.943
T
9.46
.372
10
H
ØA
S
15.01
.591
17.90
.705
2.64
.104
30.14
1.187
12.42
.489
20.64
.813
22.38
.881
26.95
1.061
9.46
.372
12
19.07
.751
17.90
.705
2.64
.104
34.94
1.376
12.42
.489
20.64
.813
27.13
1.068
31.74
1.250
9.46
.372
14
B
C
ØF
22.25
.876
17.90
.705
2.64
.104
38.04
1.498
12.42
.489
20.64
.813
30.33
1.194
34.94
1.376
9.46
.372
straight spills version
L
P
16
25.42
1.001
17.90
.705
2.64
.104
41.26
1.624
12.42
.489
20.64
.813
33.48
1.318
38.24
1.506
9.46
.372
18
T
28.60
1.126
17.90
.705
2.64
.104
44.44
1.750
12.42
.489
20.64
.813
36.68
1.444
41.34
1.628
9.46
.372
20
ØA
7
mini
S
31.77
1.251
22.45
.884
3.44
.135
49.14
1.935
8.64
.340
25.99
1.023
39.83
1.568
46.04
1.813
8.49
.334
22
ØF
34.95
1.376
22.45
.884
3.44
.135
52.24
2.057
8.64
.340
25.99
1.023
43.03
1.694
49.24
1.939
8.49
.334
B
C
24
38.12
1.501
23.30
.917
3.44
.135
55.54
2.187
7.79
.307
26.84
1.057
46.18
1.818
52.74
2.076
7.79
.307
37
About the problem of Silvaco software simulation LED epitaxy
I would like to ask if there are any experts in the group who use Silvaco TCAD to simulate discrete devices. Why is it that when I use this software to simulate GaN-based LEDs, the order of magnitude ...
瓷娃娃 Analog electronics
MSP430 seems unable to enter interrupt, no output can be observed
I want to make a program that samples through the MSP430F169 on-chip ADC and outputs through the on-chip DAC. I have referred to some books, but now the DAC can output normally, but the ADC cannot det...
GeorgeDong Microcontroller MCU
[Serial] [ALIENTEK Battleship STM32 Development Board] STM32 Development Guide--Chapter 54 Touch USB Mouse Experiment
Chapter 54 Touch USB Mouse Experiment The STM32F103 series chips all have built-in USB, but the USB of STM32F103 can only be used as a device, not as a host. Even so, it is enough for general applicat...
正点原子 stm32/stm8
Let's play with Raspberry Pi 3+ to build Windows 10 IoT Core development environment
[font=微软雅黑][size=3]The previous sharing content is all carried out under the Raspbian system, and the following sharing will be changed to the IoT version of the Windows system. [/size][/font] [font=微...
x1816 Embedded System
How do capacitors and inductors store energy?
The content shared is: How do capacitors and inductors store energy? This question is the principle that many electronics beginners want to know. Among them, since there are still many debates about t...
Jacktang Energy Infrastructure?
What is the difference between STM32 output compare mode and PWM mode
What is the difference between STM32 output comparison mode and PWM mode? Both modes can actually output PWM...
yuke30 stm32/stm8

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 793  2880  1546  2232  944  16  58  32  45  20 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号