Features: Dual In-Line IC Compatible Relay, Available with Dielectric Strength 4.25VDC
Applications: General Purpose, Measuring and Testing Devices & Others
Markets: Telecommunications, Test and Measurement, Security & Others
Part Description:
SIL 00-0X00-00X
Nominal
Voltage
03, 05, 12,
15, 24
Contact QTY
1
Contact
Form
A, B, C
Switch
Model
31, 72, 75, 90
Pin Out
71, 72, 73, 74,
Option
L, M, D, Q
(HR = High Resistance Version)
Customer Options
Contact Data
Rated Power (max.)
Any DC combination of V&A not to exceed their individual max.’s
Switch Model
31
50
500
2
2
80
2,1
1,2
1
1010
0,3
72
10
200
0.5
1.0
100
0.25
0.5
0.1
10
10
0.3
75
10
500
0.5
1.0
200
0.6
0.5
0.1
10
10
0.4
90
10
175
0.5
1.2
150
0.2
0.7
1.5
10
9
1.0
Unit
W
V
A
A
mOhm
kVDC
ms
ms
GOhm
pF
Switching Voltage (max.)
DC or peak AC
Switching Current (max.)
DC or peak AC
Carry Current (max.)
DC or peak AC
Contact Resistance (max.)
@ 0.5V & 50mA
Breakdown Voltage (min.)
According to EN60255-5
Operating Time (max.)
Incl. Bounce; Measured with w/ Nominal Voltage
Release Time (max.)
Measured with no Coil Excitation
Insulation Resistance (typ.)
Rh<45%, 100V Test Voltage
Capacitance (typ.)
@ 10kHz across open Switch
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
A Global Leader in the Design, Development, and
Manufacture of Sensor and Magnetic Components
Series Datasheet – SIL Reed Relays
Coil Data
Contact Switch
Form
Model
Unit
31
www.standexmeder.com
Coil Voltage
(nom.)
VDC
05
12
03*
05
12
15
24
05 HR
12 HR
05
12
Coil Resistance
(typ.)
Ohm
80
500
500
500 (200)
1,000
2,000
2,000
1,000
2,000
200
1,000
Pull-In Voltage
(max.)
VDC
3.5
8.4
2.1
3.5
8.4
10.5
16.8
3.5
8.4
3.5
8.4
Drop-Out Voltage
(min.)
VDC
0.75
1.8
0.45
0.75
1.8
2.2
3.6
0.75
1.8
0.75
1.8
Nominal Coil Power
(typ.)
mW
312
288
18
50 (125)
145
110
290
25
70
125
145
1A
72, 75
72
1B,
1C**
90
The Pull-In / Drop-Out Voltage and Coil Resistance will change at rate of 0.4% per °C. * Coil Voltage 03 only available with Switch Model 72. **Contact Form 1C90
only available with Coil Voltage 05 () Data in () are valid for Switch Models 75 and 84.
Environmental Data
Shock Resistance (max.)
1/2 sine wave duration 11ms
Unit
50
20
-20 to 70
-35 to 95
260
g
g
°C
°C
°C
SIL Reed Relay
Vibration Resistance (max.)
Operating Temperature
Storage Temperature
Soldering Temperature (max.)
5 sec. max.
Handling & Assembly Instructions
Switching inductive and/or capacitive loads create voltage
and/or current peaks, which may damage the relay.
Protective circuits need to be used.
External magnetic fields needs to be taken into
consideration, including a too high packing density. This may
influence the relays’ electrical characteristics.
Mechanical shock impacts e.g. dropping the relays may cause
immediate or post-installation failure.
Wave soldering: maximum 260°/5 seconds.
Reflow soldering: Recommendations given by the soldering
paste manufacturer need to be considered as well as the
temperature limits of other components/processes.
Life Test Data
*Load increase reduces life expectancy of Reed Switches
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
A Global Leader in the Design, Development, and
Manufacture of Sensor and Magnetic Components
Series Datasheet – SIL Reed Relays
www.standexmeder.com
Glossary Contact Form
Form A
Form B
Form C
NO = Normally Open Contacts
SPST = Single Pole Single Throw
NC = Normally Closed Contacts
SPST = Single Pole Single Throw
Changeover
SPDT = Single Pole Double Throw
Pin Out
Top View
2.54mm [0.10“] pitch grid
USA:
Europe:
Asia:
+1.866.782.6339
+49.7731.8399.0
+86.21.37820625
│
salesusa@standexmeder.com
│ info@standexmeder.com
│ salesasia@standexmeder.com
Version 01
27.01.2015
Modifications in the sense of technical progress are reserved.
语音作为自然的人机接口，可以使车载导航系统实现更安全、更人性化的操作。通过国内外车载导航系统的功能对比可知，支持语音交互是车载导航系统的一个发展趋势。另外，市场信息服务公司J.D Power and Associates的调研数据也表明，56％的消费者更倾向于选择声控的导航系统。因此，开发车载语音导航系统是很有意义的。目前，国内已经具备开发车载语音导航系统的技术基础，特别是文语转换TTS技术...[详细]
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