7B991V Search Results

CY7B991V

Abstract: R2130
Contextual Info: fax id: 3550 7B991V 3.3V RoboClock W OYPHESS Low Voltage Programmable Skew Clock Buffer PRELIMINARY Features functions. T hese m ultiple-output clo ck drivers provide the sys­ tem integrator w ith fun ctions ne cessa ry to optim ize the tim ing o f h igh -perform a nce co m p u te r system s. Eight individual d riv ­

CY7B991V

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features functions. These multiple-output clock drivers provide the system integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual drivers, arranged as four pairs of user-controllable outputs, can

Contextual Info: fax id: 3550 7B991V 3.3V RoboClock PRELIMINARY Low Voltage Programmable Skew Clock Buffer Features • All output pair skew <100 ps typical 250 max. • 3.75- to 80-M Hz output operation • User-selectable output functions — Selectable skew to 18 ns

transistor 2FX

Abstract: CY7B991V CY7B991V-7JC
Contextual Info: fax id: 3550 7B991V 3.3V RoboClock PRELIMINARY Low Voltage Programmable Skew Clock Buffer Features functions. These multiple-output clock drivers provide the system integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual drivers, arranged as four pairs of user-controllable outputs, can

Contextual Info: fax id: 3550 7B991V 3.3V RoboClock „.¿ s a - CYPRESS Low Voltage Programmable Skew Clock Buffer functions. These multiple-output dock drivers provide the sys­ tem integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual driv­

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All output pair skew <100 ps typical 250 max ■ 3.75 to 80 MHz output operation ■ User selectable output functions ❐ Selectable skew to 18 ns ❐ Inverted and non-inverted

Contextual Info: 92 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features functions. These multiple-output clock drivers provide the system integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual drivers, arranged as four pairs of user-controllable outputs, can

Contextual Info: 7B991V 3.3-V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All output pair skew <100 ps typical 250 ps max ■ 3.75 MHz to 80 MHz output operation ■ User-selectable output functions: ❐ Selectable skew up to 18 ns

CY7B991V

Contextual Info: 7B991V 3.3V RoboClock Low-Voltage Programmable Skew Clock Buffer LV-PSCB Features Functional Description • All output pair skew <100 ps typical (250 max.) The 7B991V Low-voltage Programmable Skew Clock Buffer (LVPSCB) offers user-selectable control over system

Contextual Info: fax id: 3550 C'i- 7B991V 3.3V RoboClock PRELIMINARY Low Voltage Programmable Skew Clock Buffer Features • All output pair skew <100 ps typical 250 max. • 3.75- to 80-MHz output operation • User-selectable output functions — Selectable skew to 18 ns

CY7B991V

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All Output Pair Skew <100 ps Typical 250 max ■ 3.75 MHz to 80 MHz Output Operation ■ User Selectable Output Functions ❐ Selectable Skew to 18 ns

CY7B991V

Abstract: CY7B991V-5JC CY7B991V-5JCT CY7B991V-7JC CY7B991V-7JCT
Contextual Info: 7B991V 3.3-V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All output pair skew <100 ps typical 250 ps max ■ 3.75 MHz to 80 MHz output operation ■ User-selectable output functions: ❐ Selectable skew up to 18 ns

7B991

Abstract: CY7B991V
Contextual Info: fax id: 3550 7B991V ADVANCED INFORMATION 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer LVPSCB Features functions. These multiple-output clock drivers provide the system integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual drivers, arranged as four pairs of user-controllable outputs, can

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features • All output pair skew <100 ps typical 250 max. • 3.75- to 80-MHz output operation • User-selectable output functions — Selectable skew to 18 ns — Inverted and non-inverted

CY7B991V

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All output pair skew <100 ps typical 250 max ■ 3.75 to 80 MHz output operation ■ User selectable output functions ❐ Selectable skew to 18 ns ❐ Inverted and non-inverted

84-1MISR4

Abstract: CY7B9911V CY7B991V EME-6300 7B991V
Contextual Info: Cypress Semiconductor Product Qualification Report QTP# 98221 VERSION 2.0 September, 2000 Programmable Skew Clock Buffer SM1 Technology, Fab 2 7B991V/ CY7B9911V Low Voltage 3.75 to 80-MHZ Low Voltage, High Speed 3.75 to 110 MHz CYPRESS TECHNICAL CONTACT FOR QUALIFICATION DATA:

EPM5128LC

Abstract: EPM5128GC epm5064lc-1 EPM5128LC1 59628867809r 5962-8984106LX EPM5128GI 7C19945DMB EPM5130GC-1 5962-8867812rx
Contextual Info: Product Line Cross Reference CYPRESS CYPRESS CYPRESS CYPRESS CYPRESS 5962-8753903LX 5962-8753902LX CY21L49-55C CY21L49-45C CY7C281 CY7C281A 5962-8863701LX 5962-8753902LX CY6116A-45C CY6116A-35C CY7C286 CY27H512 5962-8867003LX 5962-8867002LX CY6116A-55C CY6116A-45C

Contextual Info: 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features Functional Description • All Output Pair Skew <100 ps Typical 250 max ■ 3.75 MHz to 80 MHz Output Operation ■ User Selectable Output Functions ❐ Selectable Skew to 18 ns

Contextual Info: 7B991V 3.3 V RoboClock Low Voltage Programmable Skew Clock Buffer 3.3 V RoboClock® Low Voltage Programmable Skew Clock Buffer Features Functional Description • All output pair skew <100 ps typical 250 ps max ■ 3.75 MHz to 80 MHz output operation

CY7B991V

Abstract: CY7B991
Contextual Info: 92 7B991V 3.3V RoboClock Low Voltage Programmable Skew Clock Buffer Features functions. These multiple-output clock drivers provide the system integrator with functions necessary to optimize the timing of high-performance computer systems. Eight individual drivers, arranged as four pairs of user-controllable outputs, can