313

MAR-SM    MAV SM

MODKl> NO.

FREO.O (MHz)

100

GAW (d8) Typical at MHz 1000 2000

Nou* 1 Moi.

MAXIMUM POWER (dBm) OulpLJt (1 dB łnpuł Comp.) (no ryp. damogo)

DYNAMIC RANGĘ NF 1P3 (tJB) (d8m) Typ. Typ.

VSWR OD Typ. Ili Out

ABSOLUT* MAXiMUM RAT1NG* (25* C) l P (mA) ImWł

DC OPEP.ATING POWER^1* atPm 3 Currenł VoH (mAj Typ

1HERMAL RKSJS- TANCE* 8JC •c/w

CASE STYLE Noto B1

w N E c T 1 s

PR1CE $ Oty (30)

• v , •

DC 1000

•^1' •,

1W

*1 5

l 14 0

1 ?

40

i(»0

17

f.,00

115

wwio.

cb

MAR

0C tfMX>

17 0

n o

PS

• 4 h

.1.1

. l; 0

18

1 4

60

j?:.

!..0ó

100

MrtOi

c:h

1,U

MAP. 3SM

DC 2000

1?6

1?0

10 h

H 0

iioo

.13

r>o

♦23.0

1.5

1 7

10

400

15

0.00

115

WW107

Ct>

1 24

MAR 4SM

DC 10(X'J

R 3

a.o

/ 0

-1? h

►13

1 0

1 b

1 9

8h

soo

;>o

5 75

100

VZW10/

C.l >

1 14

MAP ASM

DC ?Q00

20 0

1f»0

11 0

».o

.7 0

♦ 13

.10

.14 !,

1 }

•łt*J

7/X)

16

150

170

wwin/

<*:b

1 ?1

MAP r^M

ty: sofo

138

12 5

11 0

i ij h

.13

i19 0

1.1

1 !

SO

?7S

n

4.0C»

120

WW10T

ct>

1 3*

MARH5M

ncaoot)

V' •»

22 5

IftO

♦ 17 S

►11

3 1

»2.*0

ś

t

6S

.(X)

i*.

.M30

140

WW10/

ci)

1

MAV 11 SM

•H) 1000

17./

10 !»

9.0

♦u.h

1.6

130 0

1 b

1./

fiO

f»no

r>o

\> 00

170

RRRH >

cli

1 67

NOTES:

*    Aqueou^,» washabte

*v uirye/tóes bałbw i 500 M l \/

*    RAM models are hermeticaiiy sedted

★    M3x. VORage 7V ai pin 1 (DC power) Max voil tg<-. u j n pnw 3.6 DC nrir imipnf.

❖    FYu* a ni RAM moriaK ć; (Cm 1 - 9 gu,t>ł y

i Oash-R modełs mpui and o<upiii impedanc.HSara ncrt sr; uhms $9* S p- «f.irneiar nat« Conrtiiionaily siablft sourr.a and man VSWR* VI regurad Oash-6 morials condiłionaly staWe. source and load VSWR<5:1 r~quired

0    Iow trequancy ciitof? dfttefmtned by eirtarnal t ni ipling • apaciioni t Sper.it tcanon al 500 Ml I/

tt Spacification ot. 2500 MHz.

A rrwkonraenial spacilicatjons and re-l!ov. sotdenny ińformaiion ivmłabte m Generał inlormolion Sertion

Bi Unks are non-beemaUc urUess otherwtse noted Tor detaiłs on case dimensions & finrsbes see CasH S\y«HS K Ouiitiie Orawmgs'. Aueinaiiva casesiylas W105 oi 888123 avaiłabłe consuli tftrtnry

C. Prices and Spedflcationssubject to changę withoul notice

1    Mlnimimi o m at highesi Iraguency hm:epi VAM-?K1 •'«» 2 Gl 1/ "u« temperatur* rangę fwofłpt ro(^:im lemparature lor bash*4 roodate

model Identification

Model_mnrking l;-rrH lll.l .■ l,« ,

MAP: T-.M c-ih rm	^riHlriiW) 0!
MAR2SM	02
MAR ism	03
MAR.4SM	04
MAR 6SM	06
MAR SM	01
MAR9SM	03
RAM 1	1 Of 01
RaM-2	2cn 02
RAM-3	3of 03
R/iM 4	< <y 04
RAM-8	6<y 06
RA M f	1 (*4 Of
RAMS	a ai oa
MAV 11SM	A
VAM .H	01
V>^1-S	06
# VAM /	0/
VAM53	83
VNA 25	•28
Notó*.

Pinfi* lottnr iorrt '.KI.-.) rlnsgi • Igs ass«nibly i<ic.-1 ar. MAR-iSM im i*-nl ayuiclMriy; 3nsult maoiy

2    Moda! m.imber designated by coior dot ^ ałphamimeric codę markng 3. Fiequency <^j.l which uulpot powei Ni' and IP1 ere specilied

500 MM/ rof MAPI SM. MAR-6SM RAM 1. RAM-fi. MAV-11SM VAM-R 2 Głl/ lor VAM<*3.

1000 MHz for all other modełs

4 Dasb-6 modałs poteniiaiły unstabłe wilh vnry high V$WR UŚtmnaiiOfis 6 Thermal resiManc.a Bjr. « Irom hottesi ji mr.tion in the devme to the mountmg surłac* ol Ihft

łeads.

7. Permanent damaga rnay occur 4 any of iliese(nrrits are 9x0eeded These ratmgs are noi inienriert lor conlintious norm n oparaiion

e. Refiabiity predicUorr> and notmal operatmg condtlions are appiicabie at curreni tpecified

10,000

_ 1.000

MTTF v». Junction Twup. (MAR. MAV. RAł/. VAM)

^ 100

10

120    140    160    180

Junction Temperaturo <’C)

200

10.000

MTTF vs. Junction Temp. <VNA-25)

_ 1.000

10

140    160    160    170    180    190

Junction Temperaturę (‘C)

200

100

010b24

140