Series 209/210 AUTO-DIP
®
®
AUTO-DIP
®
Switch
Automatically
Insertable, Wave
Solderable, Board
Washable DIP Switch
Features
Optimized Mechanical Features
• Fully sealed to withstand insertion shock,
wave solder temperatures, and board washing
• Positive detent seperated from contactor
• Compatible with Amistar, DynaPert,
Universal, NETCO assembly and other machines
Optimized Contact System
• Redundant, wiping contact
• Contactor does not deflect during actuation
• Available low profile, medium and extended height
actuator
Materials
• Series 209 - gold plated beryllium copper contacts
• Series 210 - gold flash plated beryllium copper contacts
• High housing heat deflection temperature assures
contact and seal integrity after wave soldering
• All plastics rated UL 94 V-0
• RoHS compliant
Series 209 – Premium AUTO-DIP Switches
Series 210 – Economical AUTO-DIP Switches
Switch Function
SPST- 2 through 10 and 12 positions
Switch Contact Resistance
Switch Series
209
210
Initial, max.
25 milliohms
100 milliohms
Electrical and Mechanical Specifications
Allowable Wave Solder Time
Up to 5 seconds with 260°C solder
Vibration
Per MIL-STD-202F, method 204D, condition B
(.06" or 15 G’s between 10 HZ to 2K Hz) with no
contact inconsistencies greater than 1 microsecond.
Shock
Per MIL-STD-202F, method 213B, condition A
(50 G’s) with no contact inconsistencies greater
than 1 microsecond.
Sealing
Standard bottom seal
Optional top tape seal
Operating Temperature
–40°C to +85°C
Packaging
Standard : Anti-Static tube packaging
End of life, max.
50 millohms
500 millohms
Insulation Resistance
1,000 megohms minimum between
insulated terminals
Dielectric Strength
500 VDC minimum for 1 minute between adjacent
switches
Nonswitching Rating
100 mA or 50 VDC maximum
Switch Capacitance
5 pF maximum between adjacent closed switches
Actuation Life
Series 209: 2,000 cycles switching @ 100 mA,
20 VDC or @ .1 mA, 5 VDC (dry circuit)
Series 210: 1,000 cycles switching @ 100 mA,
20 VDC or @ .1 mA, 5 VDC (dry circuit)
1-2
CTS Electronic Components
© 2006 CTS Corporation. All rights reserved. Information subject to change.
6/30/06
www.ctscorp.com
CTS AUTO-DIP
®
SERIES CONTACT FEATURES
1. Value of Redundant (Bifurcated)
Contacts:
Redundancy
dramatically reduces the probability of
contact failure, IMPROVING
RELIABILITY.
2. Value of Wiping Contact Action:
Cleans
contact area, IMPROVING RELIABILITY.
3. Value of Contactor Not Deflecting
During Actuation:Constant contact
pressure eliminates overstressing
contacts, IMPROVING RELIABILITY.
4. Value of Detent Separate from
Contactor:
Separate detent allows
optimization of nondeflecting contactor
and detent designs, IMPROVING
RELIABILITY.
TRAVEL
0.70
.028
ON
CTS
1.0
.039
X45° CHAMFER (2)
DATE CODE
+0.13
0.25 -0.00
.010 +.005
-.000
8.00
.315
"A"
OVERALL
DIMENSION
6.55/.258
9.09/.358
11.63/.458
14.17/.558
NO. OF
SWITCH
POSITIONS
2
3
4
5
6
7
8
9
10
12
6.68±0.25
.263±.010
3.62
.143
209
1
2
3
4
5
10
11
12
+0.64
8.25 -0.38
+.025
.325 -.015
AUTO-INSERTION TERMINAL.
16.71/.658
19.25/.758
21.79/.858
24.33/.958
26.87/1.058
SERIES DESIGNATION(209, 210)
"A"
±0.30
±.012
+0.05
3.77 -0.10
+.002
.148 -.004
+0.13
0.25 -0.00
.010 +.005
-.000
8.00
.315
31.95/1.258
STANDOFF
7.62
-0.38
.300
+.025
-.015
STRAIGHT TERMINAL
Ø.094/.037 TYP.
+0.64
7.62
.300
TYP.
2.54
.100
TYP.
mm
inch
3.21±0.25
.126±.010
0.55±0.08
.022±.003
2.54
.100
TYP.
0.60
.024
MOUNTING SURFACE
TYP.
1.50
.059
TYP.
DIMENSION:
Ordering Information
209/210
XX
: # OF POSITIONS
E
: EXTENDED HEIGHT ACTUATOR(0.6mm/.024”)
M
: MEDIUM ACTUATOR(0.25mm/.010”)
LP
: LOW PROFILE (Flush)
–
08
M S
T
F
D
–
P
P:
RoHS COMPLIANT
BLANK :
RoHS COMPLIANT FOR
SHIPMENT FROM 7/01/06
D :
straight terminal
BLANK :
auto-insertable
terminal
F:
SHIP AT OFF POSITION
BLANK :
SHIP AT ON POSITION
*
T
: TOP TAPE SEAL(Optional)
*
Not available on Extended
actuator construction
S
: BOTTOM SEAL(Standard)
2-2
CTS Electronic Components
© 2006 CTS Corporation. All rights reserved. Information subject to change.
www.ctscorp.com
6/30/06
PCB设计
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
