Namae Electronics Pushbutton 12 Vdc 0.05 A 1 x Off/(On) JTP-1136 momentary 1 pc(s) JTP-1136 Ficha De Dados
Códigos do produto
JTP-1136
SPECIFICATION
PAGE
TACT SWITCH
2 / 4
4. MECHANICAL PERFOMANCE
TEST CONDITIONS
4.1
4.2
4.3
4.4
4.5
4.6
4.7
5. DURABILITY
TEST CONDITIONS
5.1
APPD
CHKD
DSGN
TITLE
DOCUMENT NO.
ZONE SYMB DATE APPD CHKD DSGD
* Contact resistance :
200mΩ max.
* Bounce : 20msec max.
* Actuating force :
within ±30% of the
initial value.
200mΩ max.
* Bounce : 20msec max.
* Actuating force :
within ±30% of the
initial value.
100,000cycles operation with a load of 150% of
Actuating force at a rate of 2cycles/sec.
With a resistive load supplying DC 12V 50㎃.
Actuating force at a rate of 2cycles/sec.
With a resistive load supplying DC 12V 50㎃.
Operating life
Arrangement
of action
of action
A static force of 3Kgf shall be applied to the
direction of operation for 3 seconds.
direction of operation for 3 seconds.
PROPERTY
* Shall be free from
mechanical and
electrical
abnormalities.
mechanical and
electrical
abnormalities.
* 0.25 mm
*95% or more of immersion
area shall be covered
with new solder.
area shall be covered
with new solder.
Stem
withdrawal
force
withdrawal
force
Travel
Stop strength
Solderability
Test sample switch under the following conditions.
1) Solder bath temperature 240 ± 5℃
2) Dipping time 3 ± 0.5 sec.
1) Solder bath temperature 240 ± 5℃
2) Dipping time 3 ± 0.5 sec.
A static load of 500gf is applied to the
direction of pulling for 3 seconds.
direction of pulling for 3 seconds.
* Tactile feed-back.
PERFORMANCE
* 160gf, 260gf :
greater than 40gf.
* 100gf, 130gf :
greater than 30gf.
greater than 40gf.
* 100gf, 130gf :
greater than 30gf.
* Shall be free from
mechanical and
electrical
degradation.
mechanical and
electrical
degradation.
PROPERTY
* As per individual
manufactured
drawing.
manufactured
drawing.
PERFORMANCE
Return force
After actuating, the load is gradually decreased
until the stem returns to its free position.
until the stem returns to its free position.
Actuating
force
force
A gradually increasing load is applied to the
center of the button stem.
center of the button stem.
JT 0102LF
+0.2
-0.1
-0.1
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