CCR33 Search Results

CXD3023R

Abstract: cxd3023 T 01-40 CXD3023R-2 CXD30
Contextual Info: CXD3023R-2 - 1 CCR33.86MXC7 Ta= 20 Udeg] a. U1H/U1L CU] U1H H U1L 8- f b. U2H/U2L c, Fosc o 0 Tupical — — Llnr^t._ [U] U2H fr- U21, B- [/] .3 .1 -.1 -.3 -.5 400 d. Trise EuS] 300 200 100 60 e, Duty [/] 55 50 45 40 2.5 Udd f. Ustart

RL5E945

Abstract: ba 3917
Contextual Info: RL5E945 - 1 Rd [ahm] 330 a. U1H/U1L CU] CCR33.86MXC7 Ta= 20 Udeg] o 0 Tupical — — IJnrfit._ me b. U2H/U2L [U] U2H a- U2L 5 c, Fosc [/] 3 ' -.3 -.5 400 d. Trise EuS] 300 200 100 70 e, Duty [/] 60 50 40 30 Udd f. Ustart [U] Typical = 1.93

OTI-9790

Abstract: L 9790
Contextual Info: OTI-9790-2 - I Rf [Mohml .0056 Rd [ohm] 1000 a. U1H/U1L CU] CCR33.86MXC7 Ta= 20 Ldeg] o 0 Tupical — - « Unrst. - - Q a OvIJ1H m _ iV\L MI » _ 1_ 1_ _ 1_ 1_ _ i_ _ _ - b. U2H/U2L [U] U2H s- U2L B“ _ i _ I_

gg3b

Abstract: W78C32BP-40
Contextual Info: W78C32BP-40 - 1 CCR33. 8GMX7 Vdd= 5 [V ] F ig .a ~ d Ta= 20 [deg] •- • T y p i c a l ? a. V1H/V1L [V ] 3.7 V1H 4.1 4 .6 V1L _l b. I I I V2H/V2L V2H I c. I VtjL □ Fosc I I I 400 I I I I I I I l_ I L- [V ] 5 4 .7 -.1 I 4.G 4. 4 .3 .5 -.1 I I I I

lo48

Contextual Info: RL5E946 - CCR33.86MXC7 Ta= 25 [deg] a. U1H/U1L CU] o 0 Tupica I — — Llnr^t. U1H b- U1L b. U2H/U2L c, Fosc [U] U2H •- U2L i- [/] 3 11 3 400 d. Trise EuS] 300 200 100 00 e, Duty [/] 55 50 45 40 Udd f. Ustart [U] Typical = 1.53 Uorst = 1.56 g. Uhold [U]

LC898094

Abstract: 9694
Contextual Info: LC898094 - I Rf EMohm] a. U1H/U1L UIH 4 [U] 6 M - J 6U U.1 L j' 'A b. U2H/U2L - 4 . U 2 H — c 0— k — r o s e 3 _ J62 ~ _ J 6l ^ I_ I_ I_ I_ l_ J_ I_ ~ <£-V W 6 [U] * V V 2 , CCR33.86MXC7 Udd= 3.3 [U1 (Fig.a~d Ta= 20 Udeg] -0 Typical

TS80C32X2

Contextual Info: TS80C32X2 - 1 CCR33.86MXC7 Ta= 20 [deg] o- 0 a. UIH/U1L Typical *-* Uorst [U] - - UIH - i UIL b. U2H/U2L - s=-=-—- 1'dr-i i 1 1 CU] i - - U2H B— - - - - - . U2L T ““““" " c. Fosc [/] -^ , -

Contextual Info: RL5E944 CCR33.86MXC7 Ta= 25 [deg] a. U1H/U1L CU] b. U2H/U2L c, Fosc o 0 Tupica I — — Llnr^t. U1H B” U1L B- U2H B- U2L B- [U] [/] 3 11 3 400 d. Trise EuS] 300 200 100 00 e, Duty [/] 55 50 45 40 Udd f. Ustart [U] [U] Typical = 1.48 Uorst = 1.57 g. Uhold

Contextual Info: U88637D - 1 Rf [Mohin] I a. U1H/U1L CCR33.86MXC7 Udd= 3.3 [U1 Fig.a~d Ta= 20 Udeg] o 0 Tupical [U]_ _ b. U2H/U2L [U] V _ V U2H •Tif ,U2L • c, Fosc [/] - J , 3fl1 ■ *4 , - i I _I_ I_ I_ I_ I_ L_

OTI-9790

Contextual Info: Vdd OTI-9790 XTAL in XTAL out Rf:5.6k Rd:1000 1 CCR33.86MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-2pF Oscillating circuit for evaluation

LC898095

Contextual Info: Vdd=3.3V Vdd=2.5Vconst. LC898095 XTALCK0 252 XTAL0 253 Rf:1M Rd:47 1 CCR33.86MXC7 3 V1H/V1L V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-20% Oscillating circuit for evaluation

rl5e935

Contextual Info: Vdd RL5E935 XTAL in XTAL out Rf:1M 1 CCR33.86MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-20% Oscillating circuit for evaluation

rl5e821

Abstract: rl5e82
Contextual Info: Vdd RL5E821 XTAL in XTAL out Rf:2.2M Rd:330 1 CCR33.86MXC7 3 V1H/V1L V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-20% Oscillating circuit for evaluation

TS80C32X2

Contextual Info: Vdd 44 1 TS80C32X2 XTAL1 21 1 XTAL2 20 CCR33.86MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-2pF Oscillating circuit for evaluation

OTI-9790

Contextual Info: Vdd OTI-9790 VANGUARD Xin 149 CLKOUT Xout 148 Rf:1M Rd:390 1 CCR33.86MXC7 3 V1H/V1L C1 CL1 V2H/V2L CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-2pF *EXTERNAL LOADING CAPACITOR C1=15pF Oscillating circuit for evaluation

86MXC7

Abstract: MB88151
Contextual Info: MB88151 - 200 Rd [ohm] 330 a. UIH/U1L [U1 CCR33.86MXC7 Tcp 25 Cdeg] Q — — 0 Tupical Unrst_ U1H U1L b. U2H/U2L *“ CU] U2H U2L c. Fosc IH EX] 3 C 3 d, Trise CuSl 300 200 100 50 e, Duty EX] 55 50 45 40 Udd f. Ustart CU] m Typical =1.91

MN662785TBUC

Abstract: 2061
Contextual Info: MN662785TBUC-2 CCR33.86MXC7 Ta= 20 Udeg] a. U1H/U1L CU] o — — UIH Tupica I IJnrfit. B. — UIL *- b. U2H/U2L » — 8 [U] 5 3 U2H U2L c, Fosc 5 - *- - - b 9 - » - -^8 e 8-8-B [/] 3 ' 400 d. Trise EuS] 300 200 100 00 e, Duty

CXD3023R

Abstract: cxd3023
Contextual Info: CXD3023R - I CCR33.86MXC7 Ta= 20 [deg] g a. U1H/U1L [U] — — 0 Tup ica I lÆt - Ill H B-_ — VIL If- - fir- - Q - , b. U2H/U2L T [U] • _ 1_ _ U2H B- C, FD5C [/] .3 .1 -.1 -.3 -.5 400 300 d, Tri se EuS] 200 100

JB 726

Abstract: MN662785TBUC
Contextual Info: MN662785TBUC-3 - 1 Rd [ohm] 680 a. ÜIH/Ü1L CCR33.86MXC7 Ta= 20 [deg] G- 0 Tupical #- # LJorst [U] - - U1H U1L i CU] - i b. U2H/U2L B-— - _ . ^-§ -1 1 _o-i “ i &— - - U2L 1 1 I • i i [/] I : - fl I 1_ 1 i 1 1 i i i C CO I— I i CP CD d. —1

MB88154

Contextual Info: MB88154 - 102 Rd [ohm] 330 7 a. U1H/U1L CCR33.86MXC7 Tcp 25 Cdeg] — 0 Tupical - -# lilorst [U1 5 - e 0— 3 1 b. U2H/U2L i [U1 5 .- 6 0— 3 - 8- “ T—* 5 c. Fosc EX] 3 3 d, Trise CuSl 300 200 100 50 e, Duty EX] 55 50 45 40

Contextual Info: RL5E955 - a. U1H/U1L : CCR33.86MXC7 Udd= 3.3 [U1 Fig.a~d Ta= 25 [deg] o- 0 Typical *- » Worst - [U] uih - - U IL ? - r 8— b. U2H/U2L [U] U2H 8“ U2L » - c, Fosc -.3 -.5 400 200 - 100 - i i i i i — - r * J _ I_ I_ I_ I_ I_ I_ L_

LC898098Y

Contextual Info: LC898098Y - I Rf [Mohm] I Rd [ohm] 100 a. U1H/U1L CU] CCR33.86MXC7 Ta= 20 Udeg] o 0 Tupical — — Llnr^t._ U1H b- U1L 8- -— b. U2H/U2L ► [U] U2H b— U2L 8- c, Fosc [/] .3 .1 -.1 -.3 -.5 400 300 d. Trise EuS] 200 100 60 55 50

MT1368E

Abstract: mt1368
Contextual Info: Vdd MT1368E XTALI 48 XTALO 49 Rf:1M 1 CCR33.86MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-2pF Oscillating circuit for evaluation

mt1318e

Abstract: capacitor capacitor 10 pf
Contextual Info: Vdd MT1318E Xin 3 Xout 4 Rf:100k CCR33.86MXC7 1 3 V1H/V1L V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-2pF Vdd MT1318E XTAL in XTAL out Rf:100k CCR33.86MX7 1 2 V1H/V1L V2H/V2L CL1 CL2 10pF 10pF *EXTENAL LOADING CAPACITOR CL1/CL2=10/10pF