T513-06.40M [CONNOR-WINFIELD]
Clipped Sine Output Oscillator, 6.4MHz Nom, ROHS COMPLIANT, CERAMIC PACKAGE-10;
| 型号： | T513-06.40M |
| 厂家： | 
CONNOR-WINFIELD CORPORATION |
| 描述： | Clipped Sine Output Oscillator, 6.4MHz Nom, ROHS COMPLIANT, CERAMIC PACKAGE-10 |
| 文件： | 总4页 (文件大小：412K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
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08 M ar 2007
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Tab le 2. 0
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Ta b le 3. 0
No t es
M o de l Nu mb er
Ou tp u t Typ e
T CX O / V C TCX O
Fr e qu en c y R ang e
Fr e qu en c y Stab ility
S u pp ly Vol tage
T5 02
LV C MOS
TC XO
T5 03
C li pped S inew av e
TC XO
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VC TC XO
T5 05
C li pped Sinewa v e
VC TC XO
6. 4 to 27 MH z
± 0. 2 8p pm
3. 3 Vdc
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H ol do v er Stab ility
0 t o 7 0 °C
± 0. 3 2p pm
2
T
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XO
Ta b le 4. 0
No t es
V CTCXO
3 .3V Ope rati on
M o de l Nu mb er
Ou tp u t Typ e
T CX O / V C TCX O
Fr e qu en c y R ang e
Fr e qu en c y Stab ility
S u pp ly Volt age
T6 02
LV C MOS
TC XO
T6 03
T6 04
T6 05
C li pped Sinewa v e
VC TC XO
C li pped S inew av e
TC XO
LVC MO S
VC TC XO
L
V
C
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5
5
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S
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-
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a
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S
S
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v
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6. 4 to 2 7 MHz
± 0. 2 8ppm
3. 3 Vdc
- 4 0 to 8 5° C
± 0. 3 2p pm
C
F
l
p
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T
T
T
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S
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T
T
T
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0
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m
m
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T em pe r ature R ang e
H ol do v er Stab ility
0
1
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0
Te
m
T
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5
6
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5
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Ta b le 5. 0
No t es
-
t
o
C
M o de l Nu mb er
Ou tp u t Typ e
T5 12
LV C MOS
TC XO
T5 13
C li pped S inew av e
TC XO
T5 14
LVC MO S
VC TC XO
T5 15
C li pped Sinewa v e
VC TC XO
L
o
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T CX O / V CTC X O
Fr e qu en c y R ang e
Fr e qu en c y Stab ility
S u pp ly Vol tage
T em pe r ature R ang e
S
f
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± 0. 5 0ppm
3.3 Vdc
0 t o 7 0 °C
1
R
C
o
m
li
t
/
F
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Ta b le 6. 0
No t es
M o de l Nu mb er
Ou tp u t Typ e
T6 12
LV C MOS
TC XO
T6 13
C li pped S inew av e
TC XO
T6 14
LVC MO S
VC TC XO
T6 15
C li pped Sinewa v e
VC TC XO
T CX O / V C TCX O
Fr e qu en c y R ang e
Fr e qu en c y Stab ility
S u pp ly Vol tage
T em pe r ature R ang e
6. 4 to 4 0 MHz
± 0. 5 0ppm
3. 3 Vdc
LV
C
M
O
S
T
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t
C
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r
c
u
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1
-
4
0
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o
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5
°
C
DN C
D N C
DN C
1
2
3
N /C - TCXO
VC - VC TCXO
10
9
4
5
Ta b le 7. 0
No t es
Vc c
Su p ply
Volt ag e
M o de l Nu mb er
Ou tp u t Typ e
T5 22
LV C MOS
TC XO
T5 23
C li pped S inew av e
TC XO
T5 24
LVC MO S
VC TC XO
T5 25
C li pped Sinewa v e
VC TC XO
O u t put
8
7
6
.01 u F
B y p as s
15 p F
T CX O / V C TCX O
Fre q ue n cy Rang e
Fr e qu en c y Stab ility
S u pp ly Vol tage
T em pe r ature R ang e
D N C DN C
E /D
6
.
4
t
o
5
2
M
H
z
± 1. 0 0ppm
3.3 Vdc
0 t o 7 0 °C
1
Ta b le 8. 0
No t es
M o de l Nu mb er
Ou tp u t Typ e
T6 2 2
LV C MOS
TC XO
T6 23
C li pped S inew av e
TC XO
T6 24
LVC MO S
VC TC XO
T6 25
C li pped Sinewa v e
VC TC XO
T CX O / V C TCX O
Fr e qu en c y R ang e
Fr e qu en c y Stab ility
S u pp ly Vol tage
T em pe r ature R ang e
U
S
H
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a
d
q
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t
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:
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3. 3 Vd c
6 3 0 - 8 5 1- 47 22
1
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El ec t r ic al Sp ec if ic at io ns f o r a ll M o d e ls
OP E R A T I N G S P EC I FIC AT IO N S
Tab l e 9 .0
P AR AME TE R
M INI MU M
N OMI N AL
MA X IM UM
1 .0 0
4 .6 0
3 .4 65
1 0
UN I TS
ppm
N ot es
TC X O Fr eq ue n cy Ca l ibr at io n @ 25 C
To tal F r eq u en c y To le ra n ce
Su p p ly Vo lta ge
-
1
.
0
0
-
-
1
2
3
-
4
.
6
0
p
p
m
(V c c )
(I c c)
3
.
1
3
5
3 .3
6
V dc
S
u
p
p
l
y
C
u
r
r
e
n
t
-
-
-
-
-
-
-
-
m
A
J itt er (B W= 10H z t o 20 MH z )
J itt er (B W= 12kH z t o 20M H z )
SS B Ph a se No ise at 10H z of f se t
SS B Ph a se No ise at 100H z o f fs et
SS B Ph a se No ise at 1KH z o f fs et
SS B Ph a se No ise at >1 0KH z of f se t
SS B Ph a se No ise at >1 00KH z o ff set
-
5
ps r ms
ps r ms
dB c /Hz
dB c /Hz
dB c /Hz
dB c /Hz
dB c /Hz
-
1
- 8 0
- 1 1 0
- 1 3 5
- 1 5 0
- 1 5 0
-
7
0
- 1 0 0
- 1 3 0
- 1 4 5
- 1 5 0
F
e
a
t
u
r
e
s
I
N
P
U
T
C
H
A
R
A
C
T
E
R
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S
T
I
C
S
f
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N
A
B
L
E
/
D
I
S
A
B
L
E
F
U
N
C
T
I
O
N
(
P
i
n
8
)
Tab l e 10.0
N ot es
4
T
V
CXO
CTCXO
P
A
R
A
M
E
T
E
R
M INI MU M
7 0% V dd
-
N
O
M
I
N
A
L
MA X IM UM
-
UN I TS
V dc
En a b le Vol tag e (H i gh) o r op e n c irc u it
Di sa b le Vo lta ge (Lo w) O u tpu t Tr i- sta t ed
(V ih )
(V il)
-
-
3 .3V Ope rati on
LV
3
0
%
V
d
d
V
d
c
C
M
O
S
O
u
t
p
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t
v
C
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p
p
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d
S
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e
w
a
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O
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t
p
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I
N
P
U
T
C
H
A
R
A
C
T
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R
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S
T
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C
S
f
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V
O
L
T
A
G
E
C
O
N
T
R
O
L
(
P
i
n
1
0
)
Tab l e 11.0
N ot e s
F
r
e
q
u
e
x
x
x
r
x
x
n
c
y
S
t
a
S
S
S
b
e
e
e
i
r
l
i
r
r
i
e
t
y
s
:
±
s
s
P AR AME TE R
M INI MU M
0 .3
N
O
M
I
N
A
L
M
A
X
I
M
U
M
UN I TS
V dc
T
T
T
m
T
5
5
5
p
5
0
1
2
e
x
x
/
/
/
T
T
T
6
6
6
r
e
e
0
1
2
x
x
x
0
.
2
8
0
0
p
p
p
p
p
p
m
m
m
-
-
R
s
i
i
e
e
±
±
0
1
.
.
5
0
C on trol Vo ltag e R a ng e (Vc c = 3 .3 V)
F re q ue n cy Tu n in g
Li ne a ri ty
(
V
c
)
1
.
6
5
3
.
0
±
1
0
-
-
-
-
ppm
%
5
T
e
a
t
u
e
a
n
g
t
0
e
:
±
5
-
-
S
S
r
r
i
i
e
e
0
-
o
7
o
0
°
C
5
S
l
o
p
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P
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s
i
t
i
v
e
T
6
s
4
t
8
°
C
L
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w
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n
t
e
E
M
d
r
1
p
S
R
M
S
L VC M O S O U T P U T CH AR AC TE R IS TI C S
P AR AME TE R
Tab l e 12.0
N ot es
T
r
-
r
S
M INI MU M
N
O
M
I
N
A
L
M
A
X
I
M
U
M
UN I TS
pF
S
f
a
T
a
e
H
e
l
a
P
n
a
c
L
k
i
e
n
a
g
d
L
O
A
D
-
-
-
1
5
R
C
o
m
li
t
/
Fr
e
e
V olta ge
C ur ren t
(H ig h)
(Lo w )
(H ig h )
(Lo w )
(V oh )
(V ol )
(I oh )
(I ol)
9 0%V c c
-
V dc
V dc
mA
mA
%
-
- 4
-
-
1 0 %V cc
-
-
4
-
D
u
t
y
C
y
c
l
e
a
t
5
0
%
o
f
V
c
c
4 5
-
5 0
-
5 5
8
R is e / F all T ime 1 0% to 90%
n s
C
l
i
p
p
e
d
S
i
n
e
w
a
v
e
T
e
s
t
C
i
r
c
u
i
t
C LI P P ED SI N EW A V E O UT PU T CH A R AC T ERI ST IC S
Tab l e 13.0
N ot es
6
DN C
D N C
DN C
P AR AME TE R
M INI MU M
N OMI N AL
M
A
X
I
M
U
M
U
N
I
T
S
L
o
a
d
-
1
0
K
O
h
m
/
/
1
0
p
F
-
-
-
2
3
1
Volt ag e
Con t rol
10
4
O u tp ut Vo lt a ge ( < 40 M Hz )
O u tp ut Vo lt a ge (> 40 M Hz)
1 .00
0 .80
-
-
V pk - pk
V pk - pk
Vc c
Su p ply
Volt ag e
9
5
O u t p ut
10 p F
8
7
6
N
o
t
e
s
:
.01 u F
B y p as s
10Kohm
1 ) TC X O: Ini t i al c ali b r ati o n @ 2 5 C. Sp ec i f i cat i ons at ti me of s hi p m e n t af te r 4 8
h ou rs o f o p e ra ti on.
D N C D N C
E /D
2 ) In c lu si ve of c ali b r ati on @ 2 5 C, f re qu enc y v s . c han ge i n t em p e r a tur e , c hang e i n
s u pp ly vo ltag e (±5% ) , l oa d c ha nge (±5%) , r e f lo w s o ld e r i ng p r oc e s s and 2 0
y ear s ag in g .
3 ) F or b es t i n a p pl ic at i on p er f or m anc e , c ar e f ul s e l e cti on of an e x te r nal p o we r
s ou r ce i s c r i ti ca l. S e lec t an e xt er nal r e g ulat or that m ee ts or e xc e e ds to f ol l owi ng
s p ec i fi c ati o ns r e g ar di ng v ol tag e re gu lati o n to le r anc e, i ni ti al acc ur acy ,
te mp e ra tu re c o ef f ic i en t, v ol tag e no i s e, an d l ow v ol ta ge no is e d e ns i ty .
Fa c t ory T e s t C o nd i t io ns : I ni ti al A c c ur acy ±2 m v, N oi s e (0 .1 H z to 10 K H z) 1 5 uV
p- p , Vo ltag e No is e D e ns i ty = 5 0nV/ s q rt H z , T e m pe r atu r e Co e ff i c ie n t < 5 p p m° C .
4 ) L eave P ad 8 u nc o nne c te d i f en a b le / d i s ab le f unc ti on i s no t r eq u ir e d . Wh en tr i-
s ta ted , t h e ou tp ut s tag e i s d is ab l e d bu t the os c i ll a tor and c om p e ns ati on c i r cui t
ar e s t il l ac ti ve (c ur r e nt c o ns u mp ti o n < 1 m A).
U
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5
3
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1
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2
2
2
1
Bu ll et in
Page
Tx 1 7 6
3 o f 4
0 3
5 ) A dd i ti on al pu ll r an g es ar e a vai lab le ; pl e as e co ntac t the f acto r y f o r a d d i ti onal
in for m at i on .
6 ) O ut put is A C co up le d .
Rev is io n
Date
0
8
M
a
r
2
0
0
7
S
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2111 C om p r ehens i v e D r i v e
A
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T able 1 4. 0
T ab le 1 5. 0
Pa ck ag e
C era mi c Su rfa c e Mo un t Pac kage .
Vc c, sh o uld h ave
a la r g e c opper
ar e a fo r r ed uce d
in du c t an ce.
Co n ne ct a 0. 0 1u F
by pas s c apacit o r
< 0. 1”(2. 54mm)
fr o m t he p ad .
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Recomme nded
clea r an ce
5 0 Oh m t ra ce
< 1”b y d es ig n
V c c
V i br a ti o n:
S ho ck :
V i br a ti o n pe r Mi l S t d 8 83 E M et ho d 20 07.3 Te st Cond it io n A
Me cha n i ca l Sho ck pe r Mi l St d 8 8 3E M et hod 200 2. 4 Te st Con d it io n B.
S MD pr o duc t sui t ab le fo r Co nve cti o n Re fl ow sol de ri ng. Pe a k
t em pe r a tu re 2 60C. M a xim um time a b ove 22 0C, 60 se con d s.
S ol de r a bi l i ty pe r M i l St d 8 8 3E Me th od 2 003
in duct a nce
S
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1
6
3
f or int er n al
5
9
Bu ffer
cop per f lood .
S ol de r a bi l i ty
4
1 0
G
r
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