Sheet 1 of 3
HONDA TSUSHIN KOGYO CO., LTD.
TOKYO JAPAN
Date
Jan. 31, 2014
Product Specification
TAK series 4 Pos. connector
Approved by
Checked by
Written by
K. Homma
K. Hasumi
T. Kawano
Connector part No.
Type
Part No.
Note.
Cable plug connector
TAK-V4SFCG( )-( )( )+
Crimping type connector with backshell
Crimping contact
TAK-FG( )+
Cable crimping type contact (AWG #24 to #28)
Board receptacle connector
TAK-V4LMDG( )-( )F+
Shielded Right angle dip type connector
Specification
No.
Item
Specification
1
Current Rating
2.5 amp D.C. maximum per contact (AWG#24)
2
Voltage Rating
30 volts A.C. (r.m.s.)
3
Operating
Temperature
-40 to +105 degrees C
4
Storage
Temperature
-40 to +105 degrees C
5
Humidity
85%Rh maximum
6
Insulation
Resistance
When tested in accordance with EIA 364-21, insulation resistance shall be a
minimum of 1000 M at 500 volts D.C..
7
Dielectric
Withstanding
Voltage
When tested in accordance with Method B of EIA364-20, there shall be no
breakdown of insulation or flashover at 500 volts A.C. (r.m.s.) for a minute.
8
Contact Resistance
When tested in accordance with EIA364-23, contact resistance shall not exceed
50 m without conductor resistance.
9
Humidity
( Steady
temperature )
When tested in accordance with Ⅱ of EIA364-31A test condition A,
(Temperature: 40 degrees C , Duration: 168 hours), there shall be no physical
damage to the connectors. After the test, the insulation resistance shall be no
less than 1000 M and there shall be no breakdown of insulation or flashover
at 500 volts A.C. (r.m.s.) for a minute. The contact resistance shall not exceed
50 m as well.
TAK$06
Sheet 2 of 3
No.
Item
Specification
10
Thermal Shock
When tested in accordance with EIA364-32A test condition 1,
(10 cycles in the environment shown in below program), there shall be no
physical damage to the connectors. After the test, the contact resistance shall
not exceed 50 m.
11
Vibration
When tested in accordance with EIA364-28B test condition 5
test letter A,( Acceleration: 52.43 m/s
2
1cycle: 15 minutes), there shall be
no physical damage to the connectors. During the test, there shall be
no electrical discontinuity of the test circuit greater than 1 microsecond.
(100 mA DC of current is applied to the circuit.)
After the test, the contact resistance shall not exceed 50 m.
12
Physical Shock
When tested in accordance with EIA364-27B test condition H
(Semi-sine wave, Acceleration: 294 m/s
2
, Standard holding time: 11 msec.),
there shall be no physical damage to the connectors. During the test, there
shall be no electrical discontinuity of the test circuit greater than
1 microsecond. (100 mA DC of current is applied to the circuit.)
After the test, the contact resistance shall not exceed 50 m.
13
Durability
When subjected to 30 cycles of insertion and withdrawal cycles with mating
male connector at the rate of 600 cycles per hour, there shall be no evident
physical damage to the connectors. After the test, the contact resistance shall
not exceed 50 m.
14
High Temperature
Life
When tested in accordance with EIA364-17 test condition 3 method A ,
there shall be no physical damage to the connectors. After the test, the contact
resistance shall not exceed 50 m.
Temperature : +105 degrees C
Duration: 250 hours
15
Cold Resistance
When tested in accordance with JIS C 5201 7.9, there shall be no physical
damage to the connectors. After the test, the contact resistance shall not exceed
50 m.
Temperature : -55 degrees C
Duration: 250 hours
16
Latch Locking
Force
When cable plug with a backshell is pulled from board receptacle connector,
latch locking force shall be no less than 70N.
-55 degrees C
+25 degrees C
+105 degrees C
30 min
30 min
5 min
5 min
1 Cycle