CCR25 Search Results

EER25

Contextual Info: IC dependence of osci Mating characteristics uPD784038GC CCR25.0MXC7 - S a. [U] UIH/U1L b. Room Temp. Udd CU] [U] U2H/U2L U-04 5.3^ U-08 5.2^ U-06 5.4^ U-20 5.3 U-10 5.4 -.1 -.2 -.1 c. [MHz] d. [uS] 5 e. item a~e [/] f. [U] g. EU] Fosc Trise Duty Ustart

CCR250

Abstract: CCR251 CCR252 CCR253 CCR254 CCR255 CCR256 CCR257
Contextual Info: • CURRENT REGULATOR CHIPS CCR250 thru CCR257 • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • CONSTANT CURRENT OVER WIDE VOLTAGE RANGE • HIGH SOURCE IMPEDANCE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES, WITH THE EXCEPTION OF SOLDER REFLOW

TMP95CW64F

Contextual Info: Vdd TMP95CW64F XTAL in XTAL out Rf:1M CCR25.0MX7 V1H/V1L V2H/V2L 1 2 Oscillating circuit for evaluation

7498 ic

Abstract: EER25 uPD784036YGC
Contextual Info: IC dependence of osci Mating characteristics uPD784036YGC CCR25.0MXC7 - S Room Temp. Udd CU] 5 item a~e uPD784036YGC - Ul9 CCR25.0MXC7 Ta= 20 Udeg] e Typical o a. U1H/U1L 7 EU] 71 5 UIH V 479 573 " -9 3 U1L fr) b. U2H/U2L CU] U2H «a?-fr 5 573

CCR250

Abstract: CCR251 CCR252 CCR253 CCR254 CCR255 CCR256 CCR257
Contextual Info: CCR250 thru CCR257 • CURRENT REGULATOR CHIPS • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • CONSTANT CURRENT OVER WIDE VOLTAGE RANGE • HIGH SOURCE IMPEDANCE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES MAXIMUM RATINGS

uPD784036YGC

Contextual Info: 8,20,46,55,64 7,11,24-27,45,66 Vdd uPD784036YGC X1 10 1 X2 9 CCR25.0MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=9/9pF +/-30% Oscillating circuit for evaluation

Contextual Info: • CURRENT REGULATOR CHIPS CCR250 thru CCR257 • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • CONSTANT CURRENT OVER WIDE VOLTAGE RANGE • HIGH SOURCE IMPEDANCE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES MAXIMUM RATINGS

HD64F3064

Abstract: HD64F3064F20 4825 B HD64F3064F
Contextual Info: HD64F3064F20-2 - 1 CCR25.0MX7 Ta= 20 [deg] - a, ÜIH/Ü1L [U] o- 0 Typical *- * Uorst _ _ B U1H i- - - -~= - - - m _ U 1L i CU] b. U2H/U2L i 1 Ué H U2L - 1 c. Fosc .3 .1 -.1 -.3 -.5 400 i 1 : I : 1 d. Tri se i 1 EuS] - - 100 60 55 50 45 40 _

Contextual Info: HD6412324UTE25 CCR25.0MX7 Udd= 5 [U1 F ig .c T d Ta- 20 Cdeg] 5 $ J $ $ t “ 0- —0 Typica 1 a. UIH/U1L . 1 • _ im . v c L 1 i i i i ■ c. Fosc i ■ i I l i ■ 2rt5 266 i> (f— 1 2*6 2rt6 2i 7 V 29 U2H 6— I .3 .1 -.1 -.3 -.5 400 300 2<? J 1

HD64F3064F

Abstract: HD64F3064F20
Contextual Info: Vdd HD64F3064F20 XTAL in XTAL out Rf:1M CCR25.0MX7 V1H/V1L 1 V2H/V2L 2 Oscillating circuit for evaluation

TMP91C219F

Abstract: X226
Contextual Info: Vdd TMP91C219F X1 28 X2 26 CCR25.0MX7 1 2 V1H/V1L V2H/V2L CL1 CL2 5pF 5pF Oscillating circuit for evaluation

MAX003

Abstract: 4925 B EER25
Contextual Info: MAX003 CCR25.0MX7 Udd= 5 CU] Fig.cTd Ta= 20 [deg] -0 Typical a. U1H/U1L CU] i— i i_i _N C Jl “EN lJ C _Q 33 - I11h V 3< J5 V5 V 1 4 111 1A '65 f t a— 4 V U IL 0 -'ú • i i i i i i 1 i i ■ i 1 “ “ 38 V I u?h d_ J V V 'rt8 a4 'ó5 'ó6 f t - U2L o—-'0

BB 722

Abstract: B 722 P
Contextual Info: TMP91C8I5F - 722 CCR25.0MX7 Udd= 3 .3 [U1 F ig .a ~ d Ta= 20 Cdeg] Q— — 0 T y p ic a l a, U1H/U1L CU] II1H Vln 2rt^ u V Mil VIL '(£ u 1 1 b. U2H/U2L i 3,5 — 9- - 3 ti— i 1 1 = II I I C, 3 5 <£- J 1 rn 5 U2H i 1 I •J i 1 EU] - h V U2L tf

4825 B

Abstract: EER25 TMP91C219F
Contextual Info: IC dependence of osci Ma t i n g characteristics TMP91C2I9F CCR25.0MX7 - S Room Temp. Udd CU] CLI/CL2 CpF] 3.3 item a~e 5 / 5 TMP91C219F - HH CCR25.0MX7 Udd= 3.3 [U1 (Fig.a~d) T a - 20 Cdeg] o— a. U I H / U 1 L 2b9 U 1H v\ n ^u : ) uil — 0 Typical CU]

HD64F3064F25

Contextual Info: Vdd HD64F3064F25 EXTAL 66 XTAL 67 CCR25.0MX7 1 2 V1H/V1L V2H/V2L CL1 CL2 2pF 2pF Oscillating circuit for evaluation

MAX003

Contextual Info: Vdd MAX003 EXTAL 66 XTAL 67 CCR25.0MX7 1 2 V1H/V1L V2H/V2L CL1 CL2 2pF 2pF Oscillating circuit for evaluation

CCR250

Abstract: CCR251 CCR252 CCR253 CCR254 CCR255 CCR256 CCR257
Contextual Info: • CURRENT REGULATOR CHIPS CCR250 thru CCR257 • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • CONSTANT CURRENT OVER WIDE VOLTAGE RANGE • HIGH SOURCE IMPEDANCE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES, WITH THE EXCEPTION OF SOLDER REFLOW

Contextual Info: CCR250 thru CCR257 • CURRENT REGULATOR CHIPS • ALL JUNCTIONS COMPLETELY PROTECTED WITH SILICON DIOXIDE • CONSTANT CURRENT OVER WIDE VOLTAGE RANGE • HIGH SOURCE IMPEDANCE • COMPATIBLE WITH ALL WIRE BONDING AND DIE ATTACH TECHNIQUES MAXIMUM RATINGS

eer25

Abstract: GBDriver
Contextual Info: GBDriverSA2 - I Rf [Mohm] I a. U1H/U1L CU] b. U2H/U2L c, Fosc .3 .1 -.1 -.3 -.5 400 CCR25.0MXC7 Ta= 20 Udeg] o 0 Tupical — — IJnrfit._ U1H b— U1L q- U2H B- U2L 9- -4- [U] [/] d. Trise — EuS] 300 200 100 60 e, Duty [/] 55

Contextual Info: HDG4F30G4F20 - 1 Rf [Mohm] 1 CCR25.0MX7 Ta= 20 [deg] G-0 a. 7 V1H/V1L Typ i c a l * - K W o r s t [ V] - 5 O- 3 - 1 VI L -1 7 5 b. i V2H/V2L i W• i _0 1 - [ V] - V2H 3 »— _ “ -« 1 i -1 .5 .3 .1 i c. Fosc i 1 1 i -

Contextual Info: TMP95CU64F - 1 Rf [Mohm] I a. UIH/U1L -I UIH B" UIL BL • .3 .1 -.1 -.3 -.5 400 0 Tupical - » l Æ t _ [U] U2H FD5C Q — [U] b. U2H/U2L C, CCR25.0MX7 Ta= 20 [deg] B- ML 1- d, Tri se [/] EuS] 300 200 100 ì. 60 55 Duty [/] - “ 50 f t - -

Contextual Info: FVcc HVcc=5.0 const. GBDriver SA2 SYSXI 79 SYSXO 80 Rf:1M 1 CCR25.0MXC7 V1H/V1L 3 V2H/V2L CL1 CL2 2 *BUILT-IN LOADING CAPACITOR CL1/CL2=8/8pF +/-20% Oscillating circuit for evaluation

HD6412324

Contextual Info: Vdd HD6412324VTE25 XTAL IN XTAL OUT CCR25.0MX7 1 2 V1H/V1L V2H/V2L CL1 CL2 2pF 2pF Oscillating circuit for evaluation

HD64F3064F20

Contextual Info: Vdd HD64F3064F20 EXTAL 66 XTAL 67 CCR25.0MX7 V1H/V1L 1 2 Oscillating circuit for evaluation V2H/V2L