TECHNICAL DATA SHEET

R 596 - - - - - -

S

S

L

M

L

N

E

S

M

T

P

o

w

e

M

c

o

S

P

D

T

w

h

1

0

G

H

c

a

p

a

b

e

s

s

Issue : Feb-23-2011

In the continual goal to improve our products, we reserve the right to make any modification judged necessary.

ISO 9001 certified

Page

2

www.radiall.com

E-Mail : USA : rfswitchusa@radiall.com / Rest of the world : switchingproducts@radiall.com

Operating mode

Failsafe (types 1 and 9)

Latching (type 3)

Nominal operating voltage (across temperature range) Vdc

12

(10.2 to 13)

24

(20.5 to 30)

12

(10.2 to 13)

24

(20.5 to 30)

Coil resistance at 23°C (+/-10%)

Ohms

330

1130

205

865

Operating current at 23°C

mA

36

25

58

32

RF and command ports

½ hole gold plated, Infrared reflow, forced air oven or hand soldering

(Compatible with “lead free” soldering processes)

Switching time at nominal voltage

- Making contacts

- Breaking contacts

Max 4ms (typical 1.8ms), including contact bounce time

Max 1ms (typical 0.5ms)

- Cold switching (max 120 cycles/min)

2 million cycles

Life

- Hot switching (max 20 cycles/min)

500.000 cycles (1W, impedance 50

Ω, V.S.W.R. <1.25)

Dielectric test voltage

300 Vrms

Insulation

Insulation resistance at 500VDC

> 100 MOhms

Environmental protection

“LEAD FREE” construction

–

Waterproof (acc. To IEC 60529 / IP67)

Mass

< 2g

Operating temperature range

°C

Failsafe

Latching

(with no icing nor condensation)

-25 to +85 (1)

-40 to +85

Storage temperature range

°C

-55 to +85

Sine vibration (MIL STD 202, Method 204D)

- Condition D

: 10-2000 Hz, 20g

operating

- Condition G

: 10-2000 Hz, 30g

non operating

Random vibration (MIL STD 202, Method 214A, Profile I)

- Condition F

: 50-2000 Hz, 20.71 grms operating

- Condition H

: 50-2000 Hz, 29.28 grms non operating

Shocks (According to MIL STD 202, Method 213B, Cond. C)

100g / 6 ms, ½ sine

operating

(1)

: Failsafe models may be used down to –40°C, b ut if coil remains permanently supplied at nominal voltage, the holding current value

must be reduced by 45% to 55% so as to avoid internal condensation. (for more details, see RADIALL application note AN-R596-51).

Failsafe model

Inverted failsafe model for

Latching model

(type 1)

by-pass applications (type 9)

(type 3)

GENERAL SPECIFICATIONS

PIN IDENTIFICATION ( top view)

+1 -1 -2 +2

1

2

C

1(NC)

2(NO)

C

2(NO)

1(NC)

C

+

-

Voltage

RF continuity

De-energized

C <--> 1(NC)

Energized

C <--> 2(NO)

Voltage

RF continuity

-1

+1

C <--> 1

-2

+2

C <--> 2

Voltage

RF continuity

De-energized

C <--> 1(NC)

Energized

C <--> 2(NO)

Voltage

RF continuity

De-energized

C <--> 1(NC)

Energized

C <--> 2(NO)

-

+