VF250 Search Results

VF250A1

Abstract: VF250
Contextual Info: m MATEC CORP/ VALPEY-FISHER bME V 5flfc.lG24 QQ0Q32Ô 521 IVPC OSCILLATORS V F250 Series Dual Output TTL Hybrid C rystal Clock O scillators Valpey-Fisher’s VF250 series of full-size TTL oscillators designate a family of oscillators with two outputs from one

VF315P

Abstract: VF150C
Contextual Info: MATEC CORP/ VALPEY-FISHER fc>4E D SßblDSM GGG033G 1ST H V P C OSCILLATORS VF150G Series, VF75G Series, VF250G Series, and VF150-CG Series Gull Wing TTL Hybrid C rystal Clock O scillators Recom m ended Solder Pad Layout T m Î Valpey-Fisher offers all the features of

FS7-16

Abstract: vf246 VF1000
Contextual Info: PART NUMBERS C R Y S T A L S VFC CRYSTAL STANDARD PART NUMBERS " •, p a ge 16 p a ge 17 C l pF VM 6PN VM 6S PN 0 .0 3 2 7 6 8 12 NC38 NA NA NA 1 13 VF100 VFS100 VFSM 100 VFSM C100 1 .8 4 3 2 VF184 VFS184 VFSM 184 VFSM C 1 84 1 .8 4 3 2 13 VF184A VFS184A

VFS7500

Abstract: VF-S150 VFS5 VFS12500
Contextual Info: HV-Axial Lead Rat Pack High Voltage Rectifier •www*" S5*c A Amp* V(Vottt>) ^Atm tcroAm ps) | I Num ber M ax. R everse Caae R ecovery T in e Length Trr (naec) L (Inches) fig u re ? f HVCA I VRRM V(VWU> M ax. Surge Current [^ ,(9 .3 ms) A(Am ps) Ì M ax. R everse

L0607

Abstract: PC133 registered reference design VF2509BG
Contextual Info: VF2509B Integrated Circuit Systems, Inc. 3.3V Phase-Lock Loop Clock Driver General Description Features The VF2509B is a high performance, low skew, low jitter clock driver. It uses a phase lock loop PLL technology to align, in both phase and frequency, the CLKIN signal

Contextual Info: CDC2509B 3.3ĆV PHASEĆLOCK LOOP CLOCK DRIVER ą SCAS613C − SEPTEMBER 1998 − REVISED DECEMBER 2004 D Use VF2509A as a Replacement for D D D D D D D D D D D D D D this Device Designed to Meet PC SDRAM Registered DIMM Specification Spread Spectrum Clock Compatible

28818M

Contextual Info: • m E IS M ÜOOOlkiM b T -5 0 - I^LPEY-FISHER^J A SUBSIDIARY OF/4WTEC Valpey-Fisher Dual Output Hybrid Crystal Clock Oscillator Vafpey-Fisher’s state-of-the-art dual output hybrid oscillators are available with two related output frequencies driven by a com­