FCR33 Search Results

CXD3000R

Abstract: FCR33
Contextual Info: CXD3000R - CL Rd CohmD 100 Vdd- 3.3 m - Typical a. VIH/VIL CV3 1 I b. V2H/V2L 3.1 V2H — I 1 CV3 3.4 5 r • . .— 1 2,4 2,4 3 1 I -1 5 3 1 -i .5 .3 FCR33.86M2G Flg.a-d Ta» 20 tdeg] — Í_¡2_ í “ V2L ! i i o. Fose .1 i i 34 ? i i i

TA 7609

Abstract: CXD2508RQ
Contextual Info: CXD2508RQ - 1 CL1/CL2 CpF] 5 / 5 Rf Rd FCR33.8GM2G CMohmJ 1 [ohm] 220 Vdd- 5 CV3 »- a. V1 H / V 1 L - • Typical CV3 _ VtH V1L M I I 1 1 1 1 1 b. V2 H / V 2 L IV] : 1 • 3.9 3.9 3.9 1 1.1 1.1 i i i i i -60 -40 -20 20 Te mp er at ur e 40 i i i i 4.6 4.7

MN662741RPA

Abstract: mn662741rp ic 4588 ic 8287 7838 mn662741
Contextual Info: HN682741RPR - 1 FCR33.B6H2G Vdd- S [V] Fig.a^d Ta- 20 Cdeg] » « Typical CU/CL2 CpF] Loading c«picttance(CLl/(1 2 ) dependence of oici lUting charicterUttcs (CL1-CL2) MN662741RPR - 1 C L 1/CL2 CpFD 15 / 15 ? 5 a. V 1H / V 1L EVI FCR3 3 .86H2 G Ta* 20 Cdegí

TC9440AF

Abstract: TC9440
Contextual Info: /ZV - o FCR33.86M2G <h V2H/V2L CLl CL2

Tbb 38

Abstract: bj 2955
Contextual Info: UPD65840GJOSO9 - HHL Rf CMohml 1 FCR33.8BM2G Vdd- 3.3 CV3 CFig.i-d Ta« 20 Cdeg] Typical CL1/CL2 tpFl Lowhng cap&cltMce CLl/CL2) dependence of oscil Iit ing character! sties (CL1«CL2) UPD65840GJOSO9 - HHL CL1/CL2 CpF] 10 / 10 Rf CMohm] 1 7 5 3 a. V1H/V1L

UM1102F

Contextual Info: Vdd O /V7 FCR33.86M2G VIH/VIL V2H/V2L CLl 5pF /ZZV CL2 5pF

TC9440AF

Abstract: TC9440 L111 tc9440rf TC94
Contextual Info: TC9440RF - FCR33.86H2G Vdd- 5 m Flg.a*d Ta“ 20 [degl Typical a. V1H/V1L m 7 5 ! 3 . . . . . 2.9 ¥ V IH *=- 3 1 CL - V IL b. V2H/V2L m -i -1 7 5 1 i ,4 .tl _L -Ç j V2H M . 3 .7 . . •f t .- .,2 . i .-.

MT1198F

Abstract: MT1198 4863 eel 8047
Contextual Info: MT1198F - 1 Rf CMohm] 1 FCR33.86M2G Vdd- 5 CV3 Flg.a~d Ta- 20 Cdeg] *. • Typical 7 a. V1H/V1L m 5 3 1 -1 7 5 3 1 -1 .5 .3 .1 - .1 - .3 -.5 400 300 200 100 60 55 50 45 40 4 3 2 1 4 3 2 -10 10 20 30 40 CL1/CL2 CpF3 Loading capacltance(CLl/CL2) dependence of oscillating characteristics (CL1«CL2)

MT1115F

Abstract: MT1115 FCR33 MT111
Contextual Info: Vdd O MT1115F X-IN X-OUT R f :1M A /V S r — IDI— VIH/VIL CL1 5pF T _ /í% 7 FCR33.86M26 " V2H/V2L CL2 5pF A?

RL5E821

Abstract: FCR33 86M2G
Contextual Info: Vdd RL5E821 XTAL in XTAL out Rf:1M 1 3 V1H/V1L V2H/V2L CL1 22pF FCR33.86M2G CL2 22pF Oscillating circuit for evaluation

MT1198

Abstract: MT1198F
Contextual Info: Vdd O /W MT1198F XTALI 65 ITALO 66 Rf :1M < 3- FCR33.86M2G r n Hh DH4 VIH/VIL V2H/V2L CL1 CL2 7pF 7pF /W /W

ic 7808

Abstract: 4 E 7808 7808 cv LD 33 cv
Contextual Info: uPD6S840GJOSO? - HHL FCR33.86H2G Vdd* 3.3 £V3 Fig.a-d Ta- 38 idegJ Typical a. V1H/V1L 7 S 3 CV3 I- IS 1 7 t I I_I _ J b. V2H/V2L CV1 5 3 :V2H 1 -1 .5 M S jz t!?t-JLZXIX c. Fosc .3 .1 Ll-j _ i -J -J 1 -J d. tr ise 3 .1 i 3 " L 2 «"j - I I J - J I -I—

W78C32B

Abstract: 86M2G
Contextual Info: U78C32B 40 - CL FCR33.86M2G Udd= 5 HUD CFig.a~dD Ta= 20 Edeg] 7 1 r n j 5 ! •c □ - -I 7 m O J 1 1J 3 1 5 1 U I L I ? ■ b . V V - — iu . iu 4 : U 2 H - U 2 L : 4 u 4 l W _ 3 h 9 li- ■ — 1 F o s c - - ! 5 .5 I - .< j —

CXD1884R

Contextual Info: Vdd CXD1884R XTAL in XTAL out FCR33.86M2G 1 2 V1H/V1L V2H/V2L CL1 CL2 15pF 15pF Oscillating circuit for evaluation

cxd3030r

Contextual Info: Vdd CXD3030R XTLI 139 XTLO 138 FCR33.86M2G 1 3 V1H/V1L V2H/V2L CL1 10pF CL2 10pF Oscillating circuit for evaluation

TC9494F

Abstract: tc9494
Contextual Info: Vdd TC9494F XI 73 XO 74 Rf:1M 1 V1H/V1L CL1 10pF 3 FCR33.86M2G V2H/V2L CL2 10pF

UM1102F

Abstract: 102F
Contextual Info: UM1102F - 1 CL1/CL2 CpFD 7 5 3 1 -1 7 5 3 1 -1 .5 .3 FCR33.86M2G Ta- 20 Cdeg] 5 /5 a. V1H/V1L tV3 0- Typical *•-•* Horst V1H 9r. b. V2H/V2L [V] V1L »V2H c. Fosc I'/.! j vat »■■■■«î— »-iti.«# .1 -.1 -.3 -.5 400 300 d. Trise CuS3

TC9494F

Abstract: tc9494
Contextual Info: T C 9 4 9 4 F - CL Rf [Mohm] 1 FCR33.86M2G U d d = 3 . 3 [U1 Fig.a~d T G - - 0 a . 7 U 1 H / U 1 L T y p a - 2 0 [ d e g ] i c a l E U ] 5 3 : m 2 n 3 u 2 b 6 2 il5 M il V = W •r? - '0f ?- -'0r ?- -0

cxd3030r

Abstract: CXD3030
Contextual Info: CXD3030R - CL FCR33.86M2G Udd= 2.5 [U] Fig ,a~d Ta: 20 Edeg] 0- 9 Typical a. U1H/U1L 5 [U] - 3 i i b. U2H/U2L — 5 3 2.6 II3H U2H 2riiG— — ~Q~— -Q lU2L ~ J1_ '•o4 c . Fosc [/] 400 200 i i i i i i 2.6 2.5 n — Ó-_ "'o4 Q -'n4 <? 2.4 u-•Í

CXD1884R

Abstract: CXDI884R FCR33 86M2G
Contextual Info: CXD1884R - I FCR33.86M2G Udd= 1.8 HU] Fig.a~d 1 a. UIH/U L [U] mil LG \u£ _ 'fi 2 VIII 1 -I 3 - 2 1 -I .5 .3 .1 -.1 -.3 -.5 400 300 200 8 'bU— 7 'b8 'b7 -J- 8 'III 'fi- ~vJ —0 8 1 1 1 1 • • ■ i U2H/U2L [U] U2M 6 'h06 vL\ 1 '*u7 J ui l 'b7 V -'h0-•J

RL5E821

Contextual Info: RL5E821 - CL Rf [Mohml 1 FCR33.86M2G Udd= 3.3 [U1 Fig.cTd Ta- 20 [d eg] Q- 0 T y p ic a l a. UIH/U1L EU] - - : b. - - inn 2.1 U1H % — UIL -i i i U2H/U2L EU] ivnu cn H U V V 1 •c i I i ini “ *? 1L 1 1 c. F osc [ / ] I 1 .4 .4 - 0- -0

TC9450F

Abstract: tc9450
Contextual Info: Vdd Q TC9450F XO XI 73 74 R f :1M • v w Rd: 22 FCR33.86M2G V2H/V2L VIH/VIL CL1 CL2 lOpF lOpF /W /m

Contextual Info: Vdd uPD65949GJ-OSO7 OSIA 3 OSOA 2 FCR33.86M2G 1 2 V1H/V1L V2H/V2L CL1 CL2 10pF 10pF Oscillating circuit for evaluation

TC9450F

Abstract: TC9450 h 3 ohmj TC9458F B697 FCR33 N11R b73a
Contextual Info: TC Rf Rd 9450F - CL [Mohm] Cohm] I 22 o 1 1 a. U H / U L 7 3.3 Udd= 33 86 2 FCR . M G [U] Fig.cTd Ta= [deg] 20 -e Typ icaI [U] 5 - 3 - 1 : 1 8 y i r f e f c i i i i i 2 2 -1 7 b. U H/U L 5 U2H 3 .3 i 1 2 ft6 .4 .3 • i i _ 1 1 l I I [U] 3 3 3,6 3.6 3.6