Wide variety (top or side setting, 10 or 16 positions,
J-hook, gull wing or through hole pins) to choose from
●
Easy to recognize
●
Low-profile side setting type with support terminals is
available
②
③
④
⑤
⑥
⑦
⑧
⑨
■
PART NUMBER DESIGNATION
S A - 7 0 1 0 T A
Series name
Shape of rotor
0
：
Without knob (Minus slot)
1
：
With knob
2
：
Without knob (Cross slot)
Shape of terminal
A
：
J-hook
B
：
Gull wing
C
：
Through hole pins
(Only gull wing availabe for Low-profile side setting type)
Form of packaging
T
：
Taping (Reel)
Blank
：
Bulk in plastic bag
(Only taping availabe for Low-profile side setting type)
Code format
1：10 positions, real code
3：10 positions, complementary code
5：16 positions, real code
7：16 positions, complementary code
Setting position
0
：
Top setting
1
：
Side setting
2
：
Low-profile side setting & forward support terminal type
3
：
Low-profile side setting & sideling support terminal type
※Please
refer to the LIST OF PART NUMBERS when placing orders.
■
Specifications are subject to change without notice. Specifications in this catalog are for reference. The formal specification sheets will be submitted upon request.
COPAL ELECTRONICS
ROTARY CODED SWITCHES (SMD)
SA-7000
■
LIST OF PART NUMBERS
Setting position
Shape of
rotor
Shape of
terminal
J-hook
A
Minus slot
Gull wing
B
Through hole pins
C
J-hook
A
Top setting
With knob
Gull wing
B
Through hole pins
C
J-hook
A
Cross slot
Gull wing
B
Through hole pins
C
J-hook
A
Minus slot
Gull wing
B
Through hole pins
C
J-hook
A
Side setting
With knob
Gull wing
B
Through hole pins
C
J-hook
A
Cross slot
Gull wing
B
Through hole pins
C
Minus slot
Low-profile side
setting & forward
With knob
support terminal
type
Cross slot
Minus slot
Low-profile side
setting & sideling
With knob
support terminal
type
Cross slot
:
Not manufactured
※
Verify the above part numbers when placing orders.
Taping version can be supplied only in reel unit.
Binary coded decimal
Form of packaging
Real code
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Taping
Plastic bag
Binary coded hexadecimal
Real code
SA-7050TA
SA-7050A
SA-7050TB
SA-7050B
SA-7050C
SA-7150TA
SA-7150A
SA-7150TB
SA-7150B
SA-7150C
SA-7250TA
SA-7250A
SA-7250TB
SA-7250B
SA-7250C
SA-7051TA
SA-7051A
SA-7051TB
SA-7051B
SA-7051C
SA-7151TA
SA-7151A
SA-7151TB
SA-7151B
SA-7151C
SA-7251TA
SA-7251A
SA-7251TB
SA-7251B
SA-7251C
SA-7052TB
SA-7152TB
SA-7252TB
SA-7053TB
SA-7153TB
SA-7253TB
Complementary code
SA-7030TA
SA-7030A
SA-7030TB
SA-7030B
SA-7030C
SA-7130TA
SA-7130A
SA-7130TB
SA-7130B
SA-7130C
SA-7230TA
SA-7230A
SA-7230TB
SA-7230B
SA-7230C
SA-7031TA
SA-7031A
SA-7031TB
SA-7031B
SA-7031C
SA-7131TA
SA-7131A
SA-7131TB
SA-7131B
SA-7131C
SA-7231TA
SA-7231A
SA-7231TB
SA-7231B
SA-7231C
SA-7032TB
SA-7132TB
SA-7232TB
SA-7033TB
SA-7133TB
SA-7233TB
Complementary code
SA-7070TA
SA-7070A
SA-7070TB
SA-7070B
SA-7070C
SA-7170TA
SA-7170A
SA-7170TB
SA-7170B
SA-7170C
SA-7270TA
SA-7270A
SA-7270TB
SA-7270B
SA-7270C
SA-7071TA
SA-7071A
SA-7071TB
SA-7071B
SA-7071C
SA-7171TA
SA-7171A
SA-7171TB
SA-7171B
SA-7171C
SA-7271TA
SA-7271A
SA-7271TB
SA-7271B
SA-7271C
SA-7072TB
SA-7172TB
SA-7272TB
SA-7073TB
SA-7173TB
SA-7273TB
Pieces in
package
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
50 pcs./pack
500 pcs./reel
50 pcs./pack
50 pcs./pack
500 pcs./reel
500 pcs./reel
500 pcs./reel
500 pcs./reel
500 pcs./reel
500 pcs./reel
SA-7010TA
SA-7010A
SA-7010TB
SA-7010B
SA-7010C
SA-7110TA
SA-7110A
SA-7110TB
SA-7110B
SA-7110C
SA-7210TA
SA-7210A
SA-7210TB
SA-7210B
SA-7210C
SA-7011TA
SA-7011A
SA-7011TB
SA-7011B
SA-7011C
SA-7111TA
SA-7111A
SA-7111TB
SA-7111B
SA-7111C
SA-7211TA
SA-7211A
SA-7211TB
SA-7211B
SA-7211C
SA-7012TB
SA-7112TB
SA-7212TB
Gull wing
B
Taping
SA-7013TB
SA-7113TB
SA-7213TB
■
Specifications are subject to change without notice. Specifications in this catalog are for reference. The formal specification sheets will be submitted upon request.
ROTARY CODED SWITCHES (SMD)
SA-7000
■
STANDARD SPECIFICATIONS
Circuit type
Operating temperature range
−
40 ~ 85 °C
Storage temperature range
BCD (Real code, complementary code)
BCH (Real code, complementary code)
■
ELECTRICAL CHARACTERISTICS
Contact rating
Non-switching
Switching
Minimum
Contact resistance
DC50 V 100 mA
DC5 V 100 mA
DC20 mV 1
μA
100 mΩ maximum
100 MΩ (DC100 V) minimum
AC250 V, 60 s
Sealing
Non Washable
※Please
refer to A-218, A-219
Approx. 0.32 g (Top setting type without knob)
Approx. 0.34 g (Top setting type with knob)
Approx. 0.69 g (Side setting type without knob)
Approx. 0.71 g (Side setting type with knob)
Approx. 0.42 g (Low-profile side setting type without knob)
Approx. 0.44 g (Low-profile side setting type with knob)
Insulation resistance
Dielectric strength
Net weight
■
ENVIRONMENTAL CHARACTERISTICS
Vibration
(Amplitude) 1.5 mm or
(Acceleration) 98 m/s
2
,
10-500-10 Hz, 3 directions for 2 h each
490 m/s
2
, 11 ms
6 directions for 3 times each
10000 steps minimum, DC5 V, 100 mA
40 °C, Relative humidity 90 ~ 95 %,
240 h
85 °C, 96 h
−
40 °C, 96 h
−
40 (0.5 h) ~ 85 °C ( 0.5 h ), 5 cycles
■
MECHANICAL CHARACTERISTICS
No. of positions
Adjustment torque
Stepping angle
Solderability
10, 16
20 mN·m {204 gf·cm} maximum
36° (10 positions)
22.5° (16 positions)
245
±
3 °C, 2 ~ 3 s
Reflow：255 °C (Peak temperature)
Please refer to the profile below）
Shock
Load life
Humidity (Steady state)
High temperature exposure
Low temperature exposure
Thermal shock
Soldering heat
Manual soldering：
350
±
10 °C, 3 ~ 4 s
Flow：
260
±
3 °C, 5~ 6 s, two
5 N {0.51 kgf} 10 s
Width 90 mm, bend 3 mm, 5 s, 1 time
5 N {0.51 kgf} 10s
Shear (adhesion)
Substrate bending
Pull-off strength
Stop strength (With knob only)
Reflow profile for soldering heat evaluation
〉
(°C)
250
Temperature
200
150
100
50
Peak : 250
+5
0
°C
Over 230
°C
180
°C
150
°C
Pre Heating Zone
5 N {0.51 kgf} 10s
{ } : Reference only
90
±
30 s
30
±
10 s
Heating time
Soldering Zone
Reflow : two times maximum
Specifications are subject to change without notice.
COPAL ELECTRONICS
ROTARY CODED SWITCHES (SMD)
SA-7000
■
CODE FORMAT
No. of positions
10 positions
Position
8
4
2
1
8
4
2
1
0
1
2
3
4
5
6
7
8
9
A
B
C
16 positions
●
…Contact
closed
D
E
F
Real code
Code
Complemen-
tary code
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
■
RECOMMENDED P.C.B. PAD OUTLINE DIMENSIONS
<Top setting>
●
A type
●
B type
3
<Side setting>
●
A type
2.3
●
B type
(Unit: mm)
3.5
1.9
4.3
3.5
1.9
6 – 1.6
2.54
2.54
6 – 1.6
2.54
2.54
2.54
6 – 1.2
2.54
2.3
4.3
3
6
0
0
0
0
2.54
6 – 1.2
2.54
<Low-profile side setting &
forward support terminal type (B type)>
0.76
1.27 N (N = 1~4) = 5.08
3
<Low-profile side setting &
sideling support terminal type (B type)>
1.27 N (N = 1~4) = 5.08
0.76
Note) The zero point is the center
of mounting.
3.5
6.6
5
2
10.6
1.9
1.9
1.6
6
1.6
2
■
SIZE OF P.C.B. PROCESSING
<Top setting>
●
C type
6 –
φ
0.8
<Side setting>
●
C type
Operating face
▼
6 –
φ
0.8
7.62
2.54
2.54
2.54
2.54
■
Specifications are subject to change without notice. Specifications in this catalog are for reference. The formal specification sheets will be submitted upon request.
5.08
COPAL ELECTRONICS
ROTARY CODED SWITCHES (SMD)
SA-7000
■
OUTLINE DIMESIONS
<Top setting>
●
SA-7010A (Real code)
●
SA-7030A (Complementary code)
Production date code
Unless otherwise specified, tolerance:
±
0.3 (Unit: mm)
●
SA-7050A (Real code)
●
SA-7070A (Complementary code)
Production date code
6 – 0.8
t = 0.15
6 – 0.8
t = 0.15
C
D
A
B
E
9
0
1
F
0
1
7
8
9
7.2
7.2
7.2
4
5
2
3
6
23
78
7.2
7.5
7.2
7.5
4.7
7.2
3
2.54
2.54
3
2.54
2.54
0.6 W
×
2.6 L
×
0.8 D
Marking appears only with complementary code
0.6 W
×
2.6 L
×
0. 8D
Marking appears only with complementary code
●
SA-7010B (Real code)
●
SA-7030B (Complementary code)
Production date code
0.6 min.
6 – 0.8
t = 0.15
●
SA-7050B (Real code)
●
SA-7070B (Complementary code)
Production date code
0.6 min.
6 – 0.8
t = 0.15
C
D
A
B
E
9
0
1
F
0
1
78
7.2
7.2
9.8
0.6 min.
7.2
3
2.54
2.54
3
0.6 min.
9.8
2.54
2.54
0.6 W
×
2.6 L
×
0.8 D
Marking appears only with complementary code
0.6 W
×
2.6 L
×
0.8 D
Marking appears only with complementary code
●
SA-7010C (Real code)
●
SA-7030C (Complementary code)
Production
date code
Marking appears only with complementary code
●
SA-7050C (Real code)
●
SA-7070C (Complementary code)
Production
date code
Marking appears only with complementary code
6 – 0.5
t = 0.15
6 – 0.5
t = 0.15
C
D
A
B
E
9
0
1
F
0
1
78
7.62
A
0.5
7.2
2.9
4
±
1
2.54
2.54
0.5
2.9
A
4
±
1
2.54
2.54
0.6 W
×
2.6 L
×
0.8 D A Projection
0.6 W
×
2.6 L
×
0.8 D
A Projection
■
Specifications are subject to change without notice. Specifications in this catalog are for reference. The formal specification sheets will be submitted upon request.
LCD 048 has eight digits, but I can only use the first seven digits to display numbers, and I can't figure out the eighth digit!!How to display the eighth digit 1+ of LCD048?Please give me some advice...
I would like to ask CE experts, why is there no WndProc() procedure when using the simplified version of the framework? How can I receive window messages?...
Shanghai Xingju Communication Equipment Co., Ltd. is a subsidiary newly established in Shanghai by Ningbo Aupu Network Communication Equipment Co., Ltd. for further development. Ningbo Aupu was establ...
Radio Frequency Identification (RFID) technology is a contactless automatic identification technology that uses radio frequency signals to read and write relevant data from target objects to achiev...[Details]
As FPGAs incorporate more and more capabilities, the need for effective debugging tools will become more critical. Careful planning for internal visibility will enable teams to adopt the right debuggi...[Details]
Designers of hearing aids have stringent requirements. Hearing aids must be small enough to fit in or behind the ear, operate on ultra-low power, and be free of noise or distortion. To meet these requ...[Details]
Introduction: Design of automated test systems
Challenges
To ensure the quality and reliability of products delivered to customers, test managers and engineers use automated test system...[Details]
In the development of high-stability lasers, real-time monitoring of the working state of the laser is an issue that needs to be focused on. This system realizes the high-stability laser temperatur...[Details]
Adding "intelligence" to measurement systems is becoming more common as 8-bit microcontrollers are inexpensive, widely available, and can be programmed using today's common high-level languages, su...[Details]
System Introduction
EraSoC-1000 series chips are high-performance SoCs (System on Chips) based on the Loongson core. With their powerful CPU processing capabilities, 64-bit floating-point ...[Details]
Introduction
Wireless operators are driving demand for broadband and data rates by offering enhanced data services to increase average revenue per user (ARPU). The need to provide users with ...[Details]
At present, TPMS (tire pressure monitoring system) is mainly divided into two types, one is indirect type and the other is direct type. The direct TPMS system has been affected by its poor alarm ac...[Details]
With advantages such as energy saving, long service life and rich color combinations, LED has become one of the fastest growing semiconductor fields, with a compound annual growth rate (CAGR) of up...[Details]
1 Introduction
In the adaptive predistortion amplifier based on the lookup table, the least mean square LMS (1east-mean-square) algorithm widely adopts the viewpoints proposed in the liter...[Details]
1 Introduction
Programmable controller (PLC) has been widely used in the field of industrial control due to its compact structure, high reliability, simple programming, powerful instructio...[Details]
Many coal mines in my country are still at the level of manual mining, with low production efficiency and many safety hazards, such as gas explosions and underground water seepage. Management is st...[Details]
Once upon a time, when people choose mobile phones, they began to pay more and more attention to the processor's main frequency. 300MHz, 400MHz or 600MHz? There is a trend of determining performanc...[Details]
0 Introduction
POL (P0int Of LOad) terminal matching power supply is widely used in high-speed signal ports such as memory and CPU. The port voltage can automatically track the voltage of ...[Details]
Electronics Design Contest
京公网安备 11010802033920号
EEWORLD
