Solid State Sensors
SS400 Series
Digital Position Sensors
SS400 Series position sensors have a
thermally balanced integrated circuit over
full temperature range. The negative
compensation slope is optimized to
match the negative temperature coeffi-
cient of lower cost magnets. Bipolar,
latching and unipolar magnetics are
available.
NOTICE
Interruption of power to a latching de-
vice may cause the output to change
state when power is restored. If a mag-
netic field of sufficient strength is pre-
sent, the sensor output will be in the
condition dictated by the magnetic field.
FEATURES
ɀ
ɀ
ɀ
ɀ
3.8-30 VDC supply voltage
Digital current sinking output
3 pin in-line PCB terminals
Quad-Hall design virtually eliminates
mechanical stress effects
Band gap regulation provides extremely
stable operation over 3.8 to 30 VDC sup-
ply voltage range. SS400 sensors are ca-
pable of continuous 20 mA sinking out-
put, and may be cycled as high as 50 mA
maximum.
ɀ
ɀ
Temperature compensated
magnetics
Operate/release points can be
customized
ɀ
ɀ
Bipolar, unipolar, latching magnetics
High output current capability
–50 mA absolute maximum
Operate/release points symmetrical
around zero gauss (bipolar/latch)
Operating temperature range of –40
ɀ
ɀ
to
+150°C (–40 to +302°F)
ɀ
ɀ
Package material: Plaskon 3300H
Surface mount version available:
SS400-S (with cut and formed leads)
ORDER GUIDE
Catalog Listing
SS411A
Bipolar
3.8 to 30
10 mA
Sink
SS413A
Bipolar
3.8 to 30
10 mA
Sink
SS441A
Unipolar
3.8 to 30
10 mA
Sink
SS443A
Unipolar
3.8 to 30
10 mA
Sink
SS449A
Unipolar
3.8 to 30
10 mA
Sink
SS461A
Latching
3.8 to 30
10 mA
Sink
SS466A
Latching
3.8 to 30
10 mA
Sink
Magnetic Type
Supply Voltage (VDC)
Supply Current (max.)
Output Type
Output Voltage (max.)
Output Current, max.*
.40 V
.40 V
.40 V
.40 V
.40 V
.40 V
.40 V
20 mA
20 mA
10 µA
20 mA
10 µA
20 mA
10 µA
20 mA
10 µA
20 mA
10 µA
20 mA
10 µA
Output Leakage Current, max. 10 µA
Output Switching Time
VCC=12 V,
RL=1.6 K,
C=20 pF
Rise (10-90%)
Fall (90-10%)
.05 µs typ.
.05 µs typ.
.05 µs typ.
.05 µs typ.
.05 µs typ.
.05 µs typ.
.05 µs typ.
1.5 µs max.
1.5 µs max.
1.5 µs max.
1.5 µs max.
1.5 µs max.
1.5 µs max.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
.15 µs typ.
1.5 µs max.
Magnetic Characteristics
G
mT
7.0
G
mT
G
mT
G
mT
G
mT
G
mT
G
mT
–40°C
Max. Op.
Min. Rel.
Min. Dif.
Max. Op.
Min. Rel.
Min. Dif.
Max. Op.
Min. Rel.
Min. Dif.
Max. Op.
Min. Rel.
Min. Dif.
Max. Op.
Min. Rel.
Min. Dif.
Max. Op.
Min. Rel.
Min. Dif.
70
140 14.0
–140 –14.0
20 2.0
135 13.5
20 2.0
15 1.5
117 11.7
20 2.0
18 1.8
115 11.5
20 2.0
20 2.0
120 12.0
15 1.5
15 1.5
123 12.3
15 1.5
215 21.5
80 8.0
25 2.5
190 19.0
80 8.0
25 2.5
180 18.0
75 7.5
25 2.5
180 18.0
70 7.0
15 1.5
190 19.0
60 6.0
10 1.0
200 20.0
55 5.5
435 43.5
210 21.0
30 3.0
400 40.0
230 23.0
30 3.0
390 39.0
235 23.5
30 3.0
400 40.0
215 21.5
30 3.0
410 41.0
200 20.0
30 3.0
420 42.0
185 18.5
30 3.0
110 11.0
–110 –11.0
50 5.0
200 20.0
–200 –20.0
200 20.0
185 18.5
–185 –18.5
200 20.0
180 18.0
–180 –18.0
200 20.0
180 18.0
–180 –18.0
190 19.0
180 18.0
–180 –18.0
160 16.0
185 18.5
–185 –18.5
140 14.0
mT = milliTesla.
–70 –7.0
15
65
1.5
6.5
0°C
140 14.0
–140 –14.0
20 2.0
90 9.0
–65 –6.5
– 90 – 9.0
50 5.0
15
60
1.5
6.0
25°C
140 14.0
–140 –14.0
20 2.0
85 8.5
–60 –6.0
– 85 – 8.5
50 5.0
15
60
1.5
6.0
85°C
140 14.0
–140 –14.0
20 2.0
85 8.5
–60 –6.0
– 85 – 8.5
50 5.0
12
65
1.2
6.5
125°C
140 14.0
–140 –14.0
20 2.0
100 10.0
–100 –10.0
50 5.0
–65 –6.5
12
70
1.2
7.0
8
0.8
150°C
140 14.0
–140 –14.0
125 12.5
10 1.0
110 11.0
–110 –11.0
50 5.0
–70 –7.0
10 1.0
* Absolute maximum output current is 50 mA for all SS400 listings.
20
2.0
5
0.5
5
0.5
G = Gauss.
Note: For SS400 on tape with straight or formed leads on 0.100⍯ centers, contact the 800 number. One box contains 5,000 sensors.
PDFINFO
p a g e - 0 0 8
8
Honeywell ɀ MICRO SWITCH Sensing and Control ɀ1-800-537-6945 USA ɀ ⍣1-815-235-6847 International ɀ1-800-737-3360 Canada
5秒后页面跳转
SI2301 N沟道MOSFET：资料手册参数分析
ADC0809逐次逼近寄存器型模数转换器：资料手册参数分析
AD9361捷变收发器：全面参数解析与关键特性概览
IRF3205功率MOSFET：资料手册参数分析
微信公众号
抖音公众号
浙公网安备 33010502006866号 浙ICP备10014259号-119
营业执照ICP证
技术参数
数据手册
如果您发现信息不准确，
