AWAP10139 - Panasonic

Nominal operating voltage

Nominal operating current

Coil resistance (Ω)

Nominal operating power (mW)

166.7

4.5

33.3

135

150

Nominal operating voltage

Nominal operating current

Coil resistance (Ω)

Nominal operating power (mW)

125

4.5

44.4

101.3

200

66.7

WA optical

switch

ORIGINAL POLARIZED

ACTUATOR CONSTRUCTION

FEATURES

• Small size, Low height

31 mm (L) × 16 mm (W) × 9 mm (H)

1.220 inch (L) × .630 inch (W) × .354 inch (H)

• Low Insertion Loss

Achieved 1dB max. insertion loss (Typ. 0.5dB)

• Latching Operation

Latching operation is realized by “Original polarized actuator

construction”

APPLICATIONS

• OADM

• Protection switching (WDM. CATV, FTTH)

• Network monitoring

• Optical measuring instrument

ORDERING INFORMATION

FORM

SPECIFICATIONS COIL DATA (at 20°C 68°F)

<1 coil latching>

<2 coil latching>

AWAP

Switch type

0: 1✕2

1: 2✕20: 1,310±20nm

1: 1,550±20nm

2: 1,310/1,550nm±20nm

1: 1 coil latching

2: 2 coil latching 2: SC/AdPC

3: MU/AdPC 1: 3V DC

6: 4.5V DC

9: 5V DC

Wavelength Operation type Connector type Nominal coil voltage

1✕2 type 2✕2 type

Vibration

resistance

Shock

resistance

Insertion loss*1

Isolation*2

Return loss*2

P.D.L.*2

Optical input power

Mechanical eudurance

Functional

Destructive

Functional

Destructive

Switching time

Fiber type

Operation temperature

Storage temperature

Weight

Max. 1.0dB

Min. 60dB

Min. 50dB

Max. 0.1dB

Max. 100mW (20dBm)

Min. 10M opes.

10 to 55Hz double amplitude 0.75mm

10 to 55Hz double amplitude 1.52mm

Min. 200m/s2

Min. 500m/s2

Max. 10ms

SMF (9.5/125/900)

–40°C to +70°C –40°F to +158°F

Approx. 11g

Notes: *1. Connectors are excluded. Add up to 0.2dB typ. for each

connector. Add 0.3dB typical over temperature range.

*2. Connectors are excluded.

* For operation, more than 20ms pulse with nominal voltage +20%/–5%

V is recommended.

DIMENSIONS

1✕2, 1 coil latching

1✕2, 2 coil latching

2✕2, 1 coil latching

2✕2, 2 coil latching

1✕2

2✕2

PC board pattern (Tolerance: ±0.1 ±.004)

Optical signal I/O and

coil impress direction indication diagram

–

Port 3 (Set)

Port 2 (Reset)

Port 1 Output

mm inch

Input

2–

–

Port 3 (Set)

Port 2 (Reset)

Port 1 OutputInput

–

–4

Port 3

Port 2Port 1

Port 4

OutputInput

–

Port 3

Port 2Port 1

Port 4

OutputInput

31.00±0.3

1.220±.012

50.00±0.3

1.969±.012

16.00±0.3

.630±.012

16.00±0.3

.630±.012

6.10±0.3

.240±.012

6.10±0.3

.240±.012

26.00±0.3

1.024±.012

26.00±0.3

1.024±.012

26.00

1.024 5.20

.205

1.05 dia.

.041 dia.

3.25±0.3

.128±.012

0.60±0.1

.024±.004

5.20±0.3

.205±.012

0.30±0.1

.012±.004

3.00±0.3

.118±.012

3.00±0.3

.118±.012

9.00±0.3

.354±.012

9.00±0.3

.354±.012

1m+0.1m

3.281ft+.328ft

1m+0.1m

3.281ft+.328ft

31.00±0.3

1.220±.012

50.00±0.3

1.969±.012

0.30±0.1

.012±.004 3.25±0.3

.128±.012

0.60±0.1

.024±.004

5.20±0.3

.205±.012

Reset condition (Bottom view)

Reset

Set

Port1➝Port2

Port4➝Port3

Port1➝Port3

Port4➝Port2

Reset

Set

Port1➝Port2

Port4➝Port3

Port1➝Port3

Port4➝Port2

PERFORMANCE TEST DATA

A: Basic characteristic

B: Life tests

C: Environmental tests (Mechanical stress)

D: Environmental tests (Temperature & Humidity stress)

Test item Test target value and condition Referential standard Number of

samples Result

1. Set voltage Less than nominal voltage JIS C 5442 4.6

Method A 20 Good

2. Reset voltage Less than nominal voltage JIS C 5442 4.6

Method A 20 Good

3. Set time Less than 10ms

(without diode) JIS C5931 5.5 20 Good

4. Reset time Less than 10ms

(without diode) JIS C5931 5.5 20 Good

5. Insertion loss Less than 1.0 dB IEC 61300-2-4

JIS C5901 6.2 20 Good

6. Isolation More than 60 dB IEC 61300-3-9

JIS C5901 6.7 20 Good

7. Return loss More than 50 dB IEC 61300-3-6

JIS C5901 6.5 20 Good

8. P.D.L. Less than 0.1 dB IEC 61300-3-2

JIS C5901 6.3 20 Good

Test item Test target value and condition Referential standard Number of

samples Result

1. Optical input power 100mW, 2 min. Telcordia GR-1073 6 Good

2. Mechanical life 1 × 107, 180/min. JIS C 5442 7.1.2 6 Good

Test item Test target value and condition Referential standard Number of

samples Result

1. Vibration resistance 10 to 55Hz (1.52mm .060inch±10%) in 4 minutes.

2 hours in each of three directions. Telcordia GR-1073 3 Good

2. Shock resistance 200m/s2, sine half-wave pulse 11ms

5 times in each six directions. IEC 61300-2-9

JIS C 5901 7.2 3 Good

3. Cable retention Tensile strength: 450g 15.873oz, 0.4mm/sec.

1 min. Telcordia GR-1073 3 Good

4. Side pull Tensile strength: 230g 8.113oz, at an angle of 90°

5 sec. Telcordia GR-1073 3 Good

Test item Test target value and condition Referential standard Number of

samples Result

1. Solder heat test Solder Temp .: 250°C 482°F

Solder Time: 3 sec. JIS C 5442 5.5 3 Good

2. High temperature storage 85±2°C 185±35.6°F, 2000 hours Telcordia GR-1221 11 Good

3. Low temperature storage –40°C –40°F, 2000 hours 11 Good

4. Temprature cycling –40°C –40°F ⇔ 85°C 185°F,

500 cycles Telcordia GR-1221 11 Good

5. Damp heat 85°C 185°F 85%RH, 1000 hours Telcordia GR-1221 11 Good

6. Humidity cycle

25°C 77°F 95%RH→65°C 149°F 95%RH→–10°C 14°F→25°C 77°F

100cycles MIL-STD-202E

Method 106

JIS C 5442 6.5 6 Good

7. Compound stress

Random Vibration;

10 to 500 Hz, 98m/s2 (Ave), 294m/s2 (Peak)

Thermal Shock;

–55°C –67°F (30min) ⇔ 85°C 185°F (30min)

De-energied, 10cyc.

JIS C 5442 6.3 3 Good

Telcordia GR-1221

A-1, 2

Set voltage and reset voltage

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=20

2. Test conditions:

(1) Ambient temperature and humidity: 25°C 77°F, 50 % RH

a) Set voltage b) Reset voltage

A-3, 4

Set time and reset time

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=20

2. Test conditions:

(1) Ambient temperature and humidity: 25°C 77°F, 50 % RH

a) Set time

Set Voltage (V)

Min. : 2.710

Max. : 3.250

Ave. : 2.966

σ n-1: 0.132

Set Time (ms)

Min. : 5.120

Max. : 7.220

Ave. : 6.143

σ n-1: 0.490

Min. : 2.260

Max. : 3.340

Ave. : 2.913

σ n-1: 0.281

Reset Voltage (V)

b) Reset time

Min. : 4.040

Max. : 6.840

Ave. : 5.609

σ n-1: 0.674

Reset Time (ms)

2.5 2.6 2.7 2.8 2.9 3.0 3.1 3.2 3.3 3.4

2.0 2.2 2.4 2.6 2.8 3.0 3.2 3.4 3.6 3.8

4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5

3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0

A-5, 6

Insertion loss and isolation

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=20

2. Test conditions:

(1) Ambient temperature and humidity: 25°C 77°F, 50 % RH

(2) Measuring method see specification sheet;

a) Insertion loss b) Isolation

Insertion loss (dB)

Min. : 0.070

Max. : 0.728

Ave. : 0.379

σ n-1: 0.161

Min. : 84.640

Max. : 115.220

Ave. : 98.251

σ n-1: 8.987

Isolation (dB)

0.0 0.2 0.4 0.6 0.8 1.0 1.2

60 70 80 90 100 110 120 130 140

A-7, 8

Return loss and P.D.L.

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=20

2. Test conditions:

(1) Ambient temperature and humidity: 25°C 77°F, 50 % RH

(2) Measuring method see specification sheet;

a) Return loss

Return loss (dB)

b) P.D.L.

P.D.L. (dB)

Min. : 55.426

Max. : 71.140

Ave. : 63.760

σ n-1: 3.954

Min. : 0.005

Max. : 0.054

Ave. : 0.032

σ n-1: 0.012

50 55 60 65 70 75 80 85 90

0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.080.09 0.10

B-1

Optical input power

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=6

2. Test conditions:

(1) Optical input power ; 100 mW

(2) Testing time ; 2 min.

3. Test results:

No abnormality was observed for all samples after test.

B-2

Mechanical life test

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=6

2. Test conditions:

(1) Coil voltage ; 4.5VDC (Nominal voltage)

(2) Cycle Rate ;

10 Hz (On:OFF=0.05s:0.05s)

(3)

Ambient temperature and humidity

; 25°C 77°F, 50 % RH

(4) Number of operations ; 1 × 107 operations

3. Test results:

No abnormality was observed for all samples after 1✕107 operations.

C-1

Vibration resistance test (Functional)

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

(1) Frequency ; 10 to 55 Hz

(2) Double amplitude ; 0.75 mm .030 inch

(3) Coil ; De-energized

(4) Detection level ;

Optical power change : less than 20%

(5)

Vibration application directions

; 2 hours each against 3 directions

3. Test results:

No abnormality was observed during and after test.

direction ; 1 ↔ 2

3 ↔ 4

5 ↔ 6

C-2

Mechanical shock test (Functional)

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

(1) Peak acceleration ; 200 m/s2

(2)

Corresponding duration of the pulse

; 11 ms

(3) Number of shock applications ; 5 times each

(4) Coil ; De-energized

(5) Detection level ;

Optical power change : less than 20%

(6) Shock application directions ; 6 directions

3. Test results:

No abnormality was observed during and after test.

156

C-3

Cable retention

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

(1) Tensile strength ; 450g 15.873oz

(2) Rate ; 0.4mm .016inch/sec.

(3) The testing time ; 1 min.

(4) Coil ; De-energized

(5) Check item ; Physical damage and optical characteristic

(6) Tensile application directions

3. Test results:

No abnormality was observed after test.

C-4

Cable side pull

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

(1) Tensile strength ; 230g 8.113oz

(2) Angle ; 90°

(3) The time applied ; 5 sec.

(4) Check item ; Physical damage and optical characteristic

Measure the insertion loss after the load is applied for at least 5 seconds.

Remove the load, and after 10 seconds remeasure the loss.

(5) Tensile application directions

3. Test results:

No abnormality was observed after test.

10 cm

3.937 inch

pull

Component housing

D-1

Solder heat test

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

(1) Solder temperature ; 400 ± 5°C 752 ± 41°F

(2) Soldering time ; 3 ± 0.5 S

(3) Solder ; Sn 96.5 % , Ag 3 % , Cu 0.5 %

(4) Test method ; Switch terminals are inserted into double

sided through-hole PCB.

Each terminal is applied heat stress by

sordering iron.

3. Test results:

No abnormality was observed for all samples after the test.

D-2

High temperature storage

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=11

2. Test conditions:

(1) Ambient temperature ; 85±2°C 185 ± 35.6°F

(2) Exposure period ; 2000 hours (14 days)

3. Test results:

No abnormality was observed for all samples after 2000 hours.

D-3

Low temperature storage

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=11

2. Test conditions:

(1) Ambient temperature ; –40±2°C –40±35.6°F

(2) Exposure period ; 2000 hours

3. Test results:

No abnormality was observed for all samples after 2000 hours.

D-4

Temperature cycle

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=11

2. Test conditions:

(1) Low temperature ; –40°C –40°F

(2) High temperature ; 85°C 185°F

(3) Number of cycles ; 500 cycles

(4) Coil ; De-energized

3. Test results:

No abnormality was observed after 500 cycles.

1 cycle

1 hour

T1 T2

85°C 185°F

–40°C –40°F

T1 = 30 min.

T2 = 30 min.

Component housing pull

22 - 28 cm

8.661 - 11.024 inch

D-7

Compound stress test

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=3

2. Test conditions:

A) Mechanical vibration

(1) Frequency ; 10 to 500 Hz

(2) Acceleration ; 98 m/s2 (Average), 294 m/s2 (Peak)

(3) Coil ; De-energized

B) Thermal shock

(1) Low temperature ; –55°C –67°F

(2) High temperature ; 85°C 185°F

(3) Number of cycles ; 10 cycles

(4) Coil ; De-energized

Remark) Vibration is continuously applied during the thermal

shock test.

Samples are subjected the test under package

condition.

3. Test results:

No abnormality was observed after test.

D-5

Damp heat

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=11

2. Test conditions:

(1) Ambient Temperature ; 85°C 185°F

(2) Ambient Humidity ; 85 % RH

(3) Exposure period ; 1000 hours

3. Test results:

No abnormality was observed for all samples after 1000 hours.

D-6

Humidity cycle

1. Sample: AWAP01226 (1✕2 , 1550nm , 4.5VDC coil) n=6

2. Test conditions:

(1) Number of cycles ; 100 cycles

(2) Coil ; De-energized

3. Test results:

No abnormality was observed after 100 cycles.

Humidity Uncontrolled

(h)

22.5

17.5

15.5

13.5

7.5

5.5

–10

1 cycle (24h)

Temperature (°C)

Humidity

(%)