YS-8NAA B 0-30A 30/5A - MITSUBISHI SEMICONDUCTOR

–1– ASCTB105E 201703-T

ORDERING INFORMATION

8 GHz max. capable,

1 W carrying power

(at 5 GHz), 50Ω impedance

and 2 Form C relays

RJ RELAYS (ARJ)

Protective construction: Sealed type

.551 .354

.323

.551 .354

.323

14.0 9.0

8.2

14.0 9.0

8.2

mm inch

RoHS compliant

FEATURES

• Excellent high frequency

characteristics (50Ω, at 5GHz)

V.S.W.R.: Max. 1.25

Insertion loss: Max. 0.5dB

Isolation: Min. 35dB

(Between open contacts)

Min. 30dB

(Between contact sets)

• Surface mount terminal

Surface mount terminals are now

standard so there is much less work in

designing PC boards.

• Small size

Size: 14.00 (L)×9.00 (W)×8.20 (H) mm

.551 (L)×.354 (W)×.323 (H) inch

TYPICAL APPLICATIONS

• Measuring equipment market

Attenuator circuits, spectrum analyzer,

oscilloscope, Telecommunication

equipment and tester inspection.

• Network communications market

Microwave communication

• Medical instrument market

If you consider using applications with

low level loads or with high frequency

switching, please consult us.

Contact arrangement

2: 2 Form C

RJ relays

ARJ 2

Operating function

0: Single side stable

2: 2 coil latching

Terminal shape

Nil:

Coil voltage (DC)

03: 3V, 4H: 4.5V, 12: 12V, 24: 24V (H=0.5)

Packing style

Nil:

Standard PC board terminal

Surface-mount terminal

Carton packing

Tape and reel packing (picked from 1/2/3-pin side)

Tape and reel packing (picked from 6/7/8-pin side)

RJ (ARJ)

–2– ASCTB105E 201703-T

TYPES

1. Standard PC board terminal

2. Surface-mount terminal

1) Carton packing

2) Tape and reel packing

Note: Tape and reel packing symbol “-Z” is not marked on the relay. “X” type tape and reel packing (picked from 1/2/3-pin side) is also available. Sufﬁx “X” instead of “Z”.

RATING

1. Coil data

1) Single side stable

* Square, pulse drive (JIS C5442)

2) 2 coil latching

* Square, pulse drive (JIS C5442)

Contact arrangement Rated voltage Part No. Standard packing

Single side stable 2 coil latching Carton Case

2 Form C

3 V DC ARJ2003 ARJ2203

50 pcs. 500 pcs.

4.5 V DC ARJ204H ARJ224H

12 V DC ARJ2012 ARJ2212

24 V DC ARJ2024 ARJ2224

Contact arrangement Rated voltage Part No. Standard packing

Single side stable 2 coil latching Carton Case

2 Form C

3 V DC ARJ20A03 ARJ22A03

50 pcs. 500 pcs.

4.5 V DC ARJ20A4H ARJ22A4H

12 V DC ARJ20A12 ARJ22A12

24 V DC ARJ20A24 ARJ22A24

Contact arrangement Rated voltage Part No. Standard packing

Single side stable 2 coil latching Tape and reel Case

2 Form C

3 V DC ARJ20A03Z ARJ22A03Z

500 pcs. 1,000 pcs.

4.5 V DC ARJ20A4HZ ARJ22A4HZ

12 V DC ARJ20A12Z ARJ22A12Z

24 V DC ARJ20A24Z ARJ22A24Z

Rated voltage Pick-up voltage*

(at 20°C 68°F)

Drop-out voltage*

(at 20°C 68°F)

Rated operating current

[±10%] (at 20°C 68°F)

Coil resistance

[±10%] (at 20°C 68°F)Rated operating power Max. allowable voltage

(at 70°C 158°F)

3 V DC

75%V or less of

rated voltage

(Initial)

10%V or more of

rated voltage

(Initial)

66.6 mA 45 Ω

200 mW 110%V of rated voltage

4.5 V DC 44.4 mA 101.2 Ω

12 V DC 16.6 mA 720 Ω

24 V DC 8.3 mA 2,880 Ω

Rated voltage Set voltage*

(at 20°C 68°F)

Reset voltage*

(at 20°C 68°F)

Rated operating current

[±10%] (at 20°C 68°F)

Coil resistance

[±10%] (at 20°C 68°F)Rated operating power Max. allowable voltage

(at 70°C 158°F)

3 V DC

75%V or less of

rated voltage

(Initial)

75%V or less of

rated voltage

(Initial)

50 mA 60 Ω

150 mW 110%V of rated voltage

4.5 V DC 33.3 mA 135 Ω

12 V DC 12.5 mA 960 Ω

24 V DC 6.3 mA 3,840 Ω

RJ (ARJ)

–3– ASCTB105E 201703-T

2. Speciﬁcations

Note: * The upper operation ambient temperature limit is the maximum temperature that can satisfy the coil temperature rise value. Refer to “AMBIENT ENVIRONMENT” in

GENERAL APPLICATION GUIDELINES.

REFERENCE DATA

1. High frequency characteristics

Sample: ARJ20A12

Measuring method: Measured by using our PC board for measurement and HP network analyzer (HP8510C).

Characteristics Item Speciﬁcations

Contact data

Arrangement 2 Form C

Contact resistance (initial) Max. 150mΩ (By voltage drop 10V DC 10mA)

Contact material Gold plating

Contact rating (resistive) 1W (at 5GHz, Impedance 50Ω, V.S.W.R. 1.25) 10mA 10V DC

Contact input power 1W (at 5GHz, Impedance 50Ω, V.S.W.R. 1.25)

Max. switching voltage 30V DC

Max. switching current 0.3A DC

High frequency

characteristics

(Initial) (~5GHz,

Impedance 50Ω)

V.S.W.R. Max. 1.25

Insertion loss (without D.U.T. board’s loss) Max. 0.5dB

Isolation Between open contacts Min. 35dB

Between contact sets Min. 30dB

Input power 1W (at 5GHz, impedance 50Ω, V.S.W.R. 1.25, at 20°C)

Insulation resistance (Initial) Min. 500MΩ (at 500V DC, Measured portion is the same as the case of dielectric voltage.)

Breakdown

voltage

(Initial)

Between open contacts 500 Vrms for 1min. (detection current: 10mA)

Between contact sets 500 Vrms for 1min. (detection current: 10mA)

Between contact and coil 500 Vrms for 1min. (detection current: 10mA)

Between coil and earth terminal 500 Vrms for 1min. (detection current: 10mA)

Between contact and earth terminal 500 Vrms for 1min. (detection current: 10mA)

Time

characteristics

Operate [Set] time (initial) Max. 5ms (at 20°C 68°F, at rated voltage, without bounce)

Release [Reset] time (initial) Max. 5ms (at 20°C 68°F, at rated voltage, without bounce, without diode)

Mechanical

characteristics

Shock

resistance

Functional Min. 500 m/s2 (half-sine shock pulse: 6ms; detection time: 10μs)

Destructive Min. 1,000 m/s2 (half-sine shock pulse: 11ms)

Vibration

resistance

Functional 10 to 55 Hz at double amplitude of 3mm (detection time: 10μs)

Destructive 10 to 55 Hz at double amplitude of 5mm

Expected life

Mechanical Min. 107 (at 180 times/min.)

Electrical Min. 106 (at 20 times/min.) (1W, at 5GHz, V.S.W.R. 1.25)

Min. 106 (at 20 times/min.) (10mA 10V DC resistive)

Conditions Conditions for operation, transport and storage* Ambient temperature: –30 to +70°C –22 to +158°F

Humidity: 5 to 85% R.H. (Not freezing and condensing at low temperature)

Unit weight Approx. 3 g .11 oz

• V.S.W.R. characteristics • Insertion loss characteristics

(without D.U.T. board’s loss)

• Isolation characteristics

2.0

1.0

1.1

1.2

1.3

1.4

1.5

1.6

1.7

1.8

1.9

Frequency

V.S.W.R.

45MHz 5GHz 8GHz 3.0

0.5

1.0

1.5

2.0

2.5

8GHz5GHz45MHz

Frequency

Insertion loss, dB

45MHz 8GHz5GHz

Frequency

Isolation, dB

Between contact sets

Between open contact

RJ (ARJ)

–4– ASCTB105E 201703-T

DIMENSIONS (mm inch)

mark can be downloaded from: http://industrial.panasonic.com/ac/e/The CAD data of the products with a

1. Standard PC board terminal

Tolerance: ±0.3 ±.012

3Better HF characteristics

may be obtained when this

portion is soldered with

PC board ground.

1All bottom surface of the base should be

touched closely or soldered with PC board

ground.

24 ribs should be soldered

with PC board ground.

10.6

12.2

14.0

0.50

8.89

12.70

0.40

7.62

3.81

0.50

9.00

11.40

0.20

10.4

3.50

8.20

6.36

0.15

0.20

0.50

.417

.480

.551

.020

.350

.500

.016

.300

.150

.020

.354

.449

.008

.409

.138

.323

.250

.006

.008

.020

Expansion of A

0 to 0.2

(Typical: 0.1)

0 to .008

(Typical: .004)

Schematic (Bottom view)

Single side stable

(Deenergized condition)

2 coil latching

(Reset condition)

+–

Direction

indication

–

PC board pattern

Tolerance: ±0.1 ±.004

.350

8.89

4-.024 dia.

4-0.60 dia.

.500

12.70

.150

3.81

.300

7.62

6-.028 dia.

6-0.70 dia.

2. Surface mount terminal

Tolerance: ±0.3 ±.012

10.6

0.50

8.89

12.2

14.0

15.0

9.00

10.0

11.40

3Better HF characteristics

may be obtained when this

portion is soldered with

PC board ground.

1All bottom surface of the base should be

touched closely or soldered with PC board

ground.

24 ribs should be soldered

with PC board ground.

8.20

0.50

10.4 3.81

0.40

0.20

6.36

.417

.020

.350

.480

.551

.591

.354

.394

.449

.323

.020

.409 .150

.016

.008

.250

Note: Please consult us regarding recommended PC board patterns.

Expansion of A:

Coplanarity of terminals

& ribs & base

0 to 0.2

(Typical: 0.1)

0 to .008

(Typical: .004)

Schematic (Top view)

Single side stable

(Deenergized condition)

2 coil latching

(Reset condition)

Direction

indication

+–

–

PC board pattern

Tolerance: ±0.1 ±.004

Ground. Note that some extra work is required due

to the effect of lifting when soldering.

Ground. Note that you must determine the necessity

of solder based on effect of heat when soldering.

Relay terminals.

Ground. Note that soldering is required.

.067

1.70

.323

8.20

.051

1.30

.043

1.10

.354

9.00

.476

12.10

.150

3.81

.079

2.00

.059

1.50 .531

13.50

.449

11.40

.409

10.40

.350

8.89

.059

1.50

.035

0.90

.276

7.02 .252

6.40

.067

1.70

.031

0.80

.035

0.90

RJ (ARJ)

–5– ASCTB105E 201703-T

NOTES

1. Coil operating power

Pure DC current should be applied to the coil. The wave form

should be rectangular. If it includes ripple, the ripple factor

should be less than 5%.

However, check it with the actual circuit since the characteristics

may be slightly different. The nominal operating voltage should

be applied to the coil for more than 20 ms to set/reset the

latching type relay.

2. Coil connection

When connecting coils, refer to the wiring diagram to prevent

mis-operation or malfunction.

3. External magnetic ﬁeld

Since RJ relays are highly sensitive polarized relays, their

characteristics will be affected by a strong external magnetic

ﬁeld. Avoid using the relay under that condition.

4. Cleaning

For automatic cleaning, the boiling method is recommended.

Avoid ultrasonic cleaning which subjects the relays to high

frequency vibrations, which may cause the contacts to stick.

It is recommended that alcoholic solvents be used.

5. Tape and reel packing

1) Tape dimensions

2) Dimensions of plastic reel

6. Conditions for operation, transport and storage

conditions

1) Ambient temperature, humidity, and atmospheric pressure

during usage, transport, and storage of the relay:

(1) Temperature:

–30 to +70°C –22 to +158°F

(However, tolerance range is –30 to +60°C –22 to +140°F if

package is carried as is.)

(2) Humidity: 5 to 85% RH

(Avoid freezing and condensation.)

The humidity range varies with the temperature. Use within the

range indicated in the graph below.

(3) Atmospheric pressure: 86 to 106 kPa Temperature and

humidity range for usage, transport, and storage:

2) Condensation

Condensation forms when there is a sudden change in

temperature under high temperature and high humidity

conditions. Condensation will cause deterioration of the relay

insulation.

3) Freezing

Condensation or other moisture may freeze on the relay when

the temperature is lower than 0°C 32°F. This causes problems

such as sticking of movable parts or operational time lags.

4) Low temperature, low humidity environments

The plastic becomes brittle if the relay is exposed to a low

temperature, low humidity environment for long periods of time.

5) Storage procedures for surface-mount terminal types

Since the relay is very sensitive to humidity, it is packed in

humidity-free, hermetically sealed packaging. When storing the

relay, be careful of the following points:

(1) Be sure to use the relay immediately after removing it from its

sealed package.

(2) When storing the relay for long periods of time after removing

it from its sealed package, we recommend using a humidity-free

bag with silica gel to prevent subjecting the relay to humidity.

Furthermore, if the relay is solder mounted when it has been

subjected to excessive humidity, cracks and leaks can occur. Be

sure to mount the relay under the required mounting conditions.

8.5

.335

8.8

.346

.630

16.0 .079

2.0

.370

9.4 0.4

.016

24.0±0.3

.945±.012

11.5

.453

1.75

.069

4.0

.157

14.4

.567

dia..059+.004

dia.1.5+0.1

Z type

X type

Tape coming out direction

Relay polarity bar

RJ relay

(General tolerance: ±0.1 ±.004)

24.4+2.0

.961+.079

2.0±0.2

.079±.008

13±0.2 dia.

.512±.008 dia.

.827±.031 dia.

21±0.8 dia.

80±1 dia.

3.150±.039 dia.

380±2 dia.

14.961±.079 dia.

.079±.020

2.0±0.5

Humidity, %R.H.

Tolerance range

070–30 +32 +158–22

(Avoid

condensation

when used at

temperatures

higher than

0°C

(Avoid freezing

when used at

temperatures

lower than

0°C32°F)

Temperature, °C°F

32°F)

RJ (ARJ)

–6– ASCTB105E 201703-T

7. Soldering

1) Surface-mount terminal

In case of automatic soldering, the following conditions should

be observed

(1) Position of measuring temperature

(2) IR (infrared reﬂow) soldering method

Temperature rise of relay itself may vary according to the

mounting level or the heating method of reﬂow equipment.

Therefore, please set the temperature of soldering portion of

relay terminal and the top surface of the relay case not to exceed

the above mentioned soldering condition.

It is recommended to check the temperature rise of each portion

under actual mounting condition before use.

2) Standard PC board terminal

Please meet the following conditions if this relay is to be

automatically soldered.

(1) Preheating: Max. 120°C 248°F (terminal solder surface) for

max. 120 seconds

(2) Soldering: Max. 260±5°C 500±9°F for max. 6 seconds

The effect on the relay depends on the actual substrate used.

Please verify the substrate to be used.

Moisture-proof packaging enables RJ relay’s standard PCB type

capable for reﬂow soldering.

Please contact us in the case of reﬂow soldering considerations.

3) Hand soldering

Please meet the following conditions if this relay is to be

soldered by hand.

(1) Wattage: 30 to 60 W

(2) Tip temperature/time: 280 to 300°C 536 to 572°F for max. 5

seconds

The effect on the relay depends on the actual substrate used.

Please verify the substrate to be used.

4) Avoid high frequency cleaning since this may adversely affect

relay characteristics. Use alcohol-based cleaning solutions

when cleaning relays.

8. Measuring method (50Ω type)

Connect connectors 1 and 2 respectively to PORT 1 and

PORT 2. Perform calibration using the 3.5 mm .138 inch

calibration kit (HP85052B).

After calibration, connect the D.U.T board and measure. Non

measure terminals: 50 Ω termination

*Isolation (Between contact sets): Measured between open

contact (4-5 terminal, 9-10 terminal)

Notes:

1. All bottom surface of the base should be touched closely or soldered with PC

board ground.

2. 4 ribs should be soldered with PC board ground.

D.U.T board

Dimensions (mm inch)

Material: Glass PTFE double-sided through hole PC board R-

4737 (manufactured by our company)

Board thickness: t = 0.8 mm

Copper plating: 18μm

Connector (SMA type receptacle)

Product name: R125 510 (RADIALL)

Insertion loss compensation;

The insertion loss of relay itself is given by subtracting the

insertion loss of short-circuit the Com and the NC (or NO).

(signal path and two connectors)

No. Part number Description

1 HP 85131 3.5 mm .138 inch Test port, Extension cable

2 HP 83059 3.5 mm .138 inch Coaxial Adapter

Surface of PC board where relay is mounted.

t1t2

T1 = 150 to 180°C

T2 = 230°C

T3 = Within 250°C

302 to 356°F

446°Fand higher

482°F

t1 = 60 to 120 sec.

t2 = Within 30 sec.

Network

analyzer

S parameter

test set

PORT2

PORT1

HP 8510C HP 8515A

OUT

1 2

45°

17.00

0.40

6-1.76

0.80

0.40

8.89

12.04

8.35

30.00

0.40

2.81

7.07 7.22

20.00

1.00

.669

.016

6-.069

.031

.016

.350

.474

.329

1.181

.016

.111

.278 .284

.787

.039

Through hole

86-0.40 dia.

86-.016 dia.

Through hole

for soldering

the base

bottom with

PC board

ground

45°

8.35

12.70

17.00

0.40

6-1.86

0.90

8.89

11.70

30.00

0.50

7.62

3.81

1.00

6.72

6.6220.00

.329

.500

.669

.016

6-.073

.035

.350

.461

1.181

.020

.300

.150

.039

.265

.261.787

4-0.60 dia.

4-1.60 dia.

78-0.40 dia.

6-0.70 dia.

6-1.70 dia.

4-.024 dia.

4-.063 dia.

78-.016 dia.

6-.028 dia.

6-.067 dia.

SMA connector to be soldered

14.5

10.0

0.40 or 0.50

1.76 or 1.86

.571

.394

.016 or .020

.069 or .073

RJ (ARJ)

–7– ASCTB105E 201703-T

9. Others

1) The switching lifetime is deﬁned under the standard test

condition speciﬁed in the JIS* C 5442-1996 standard

(temperature 15 to 35°C 59 to 95°F, humidity 25 to 75%). Check

this with the real device as it is affected by coil driving circuit,

load type, activation frequency, activation phase, ambient

conditions and other factors.

Also, be especially careful of loads such as those listed below.

• When used for AC load-operating and the operating phase is

synchronous. Rocking and fusing can easily occur due to

contact shifting.

• High-frequency load-operating

When high-frequency opening and closing of the relay is

performed with a load that causes arcs at the contacts, nitrogen

and oxygen in the air is fused by the arc energy and HNO3 is

formed. This can corrode metal materials.

Three countermeasures for these are listed here.

(1) Incorporate an arc-extinguishing circuit.

(2) Lower the operating frequency

(3) Lower the ambient humidity

2) Use the relay within speciﬁcations such as coil rating, contact

rating and on/off service life. If used beyond limits, the relay may

overheat, generate smoke or catch ﬁre.

3) Be careful not to drop the relay. If accidentally dropped,

carefully check its appearance and characteristics before use.

4) Be careful to wire the relay correctly. Otherwise, malfunction,

overheat, ﬁre or other trouble may occur.

5) If a relay stays on in a circuit for many months or years at a

time without being activated, circuit design should be reviewed

so that the relay can remain non-excited. A coil that receives

current all the time heats, which degrades insulation earlier than

expected. A latching type relay is recommended for such

circuits.

6) The latching type relay is shipped in the reset position. But

jolts during transport or impacts during installation can change

the reset position. It is, therefore, advisable to build a circuit in

which the relay can be initialized (set and reset) just after turning

on the power.

7) If silicone materials (e.g., silicone rubbers, silicone oils,

silicone coating agents, silicone sealers) are used in the vicinity

of the relay, the gas emitted from the silicone may adhere to the

contacts of the relay during opening and closing and lead to

improper contact. If this is the case, use a material other than

silicone.

8) We recommend latching type when using in applications

which involve lengthy duty cycles.

* Japanese Industrial Standards

For general cautions for use, please refer to the “General

Application Guidelines”.