W42C31 Search Results

42C31

Contextual Info: l l l i ic WORKS Preliminary mM W42C31-03 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R KS’Spread Spectrum technology The W 42C31-03 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

Contextual Info: ill# ICW 0RKS W42C31-03 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R K S ’ Spread Spectrum technology The W 42C 31-03 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

Contextual Info: ill# ICW 0RKS W42C31-04 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R K S ’ Spread Spectrum technology The W 42C 31-04 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

42C31

Contextual Info: ill# ICW 0RKS W42C31-09 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R K S ’ Spread Spectrum technology The W 42C 31-09 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

W42C31

Abstract: W42C31-09
Contextual Info: W42C31-09 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided

Contextual Info: W42C31-09 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided

Contextual Info: ill# ICW 0RKS W42C31-09 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R K S ’ Spread Spectrum technology The W 42C 31-09 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

Contextual Info: ill# ICW 0RKS Preliminary W42C31-09 Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R KS’Spread Spectrum technology The W 42C 31-09 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

Contextual Info: Preliminary W42C31-04 ill# ICW 0RKS Spread Spectrum Frequency Timing Generator Features Overview • Maximized EMI suppression using IC W O R KS’Spread Spectrum technology The W 42C 31-04 incorporates the latest advances in PLL spread spectrum frequency synthesizer techniques. By fre­

spike guard circuit diagram

Abstract: W42C31 W42C31-04
Contextual Info: W42C31-04 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum 2.3X copy of the input

W42C31

Abstract: W42C31-03 spike guard circuit diagram
Contextual Info: W42C31-03 Spread Spectrum Frequency Timing Generator Features • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided input • Integrated loop filter components • Operates with a 5V supply

W42C31

Abstract: W42C31-06
Contextual Info: W42C31-06 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum 3X copy of the input

spike guard circuit diagram

Abstract: w42c3103 XTAL18
Contextual Info: W42C31-03 Spread Spectrum Frequency Timing Generator Features • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided input • Integrated loop filter components • Operates with a 5V supply

spike guard circuit diagram

Contextual Info: W42C31-04 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum 2.3X copy of the input

Contextual Info: ill# ICW 0RKS W42C31-06 Spread Spectrum Frequency Timing Generator Features Overview • M axim ized EMI sup pre ssion using IC W O R K S ’ Spread S pe ctrum tech nolog y T h e W 4 2 C 3 1 -0 6 incorporates th e latest advances in PLL spread spe ctru m fre q u e n cy synth esize r tech niq ue s. By fre ­

Contextual Info: W42C31-09 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided

Contextual Info: W42C31-06 Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum 3X copy of the input

W42C31

Abstract: W42C31-03A
Contextual Info: W42C31-03A Spread Spectrum Frequency Timing Generator Features • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum copy of the provided input • Integrated loop filter components • Operates with a 5V supply

Contextual Info: W42C31 -04 r# CYPRESS Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. * M axim ized EMI suppression using Cypress's Spread Spectrum technology • O perates w ith a 5V supply

Contextual Info: Spread Spectrum Frequency Timing Generator Features to pass increasingly difficult EMI testing without resorting to costly shielding or redesign. • Maximized EMI suppression using Cypress’s Spread Spectrum technology • Generates a spread spectrum 3X copy o f the input

Contextual Info: ICS4231-03 Low EMI Clock Generator Description Features The ICS4231-03 generates a low EMI output clock from a clock or crystal input. The device uses ICS’ proprietary mix of analog and digital Phase Locked Loop PLL technology to spread the frequency spectrum of the output, thereby reducing the frequency

W144

Abstract: W181 W42C31-03 Signal Path Designer
Contextual Info: Spread Aware The use of Spread Spectrum Timing SST technology has pervaded the motherboard market to the point where it is being used in virtually all designs using chipsets that support a 100-MHz Front Side Bus (FSB). Spread spectrum timing signals are used for PCI, CPU, and memory buses. When AGP

7C245

Abstract: b1225 CERAMIC QUAD FLATPACK CQFP 22V10 PAL CMOS device 228X 16R8 7B991 PAL20 7C404 7C128
Contextual Info: Ordering Information RAM, PROM, Dual-Port Static RAM, FIFO, Data Communications PREFIX DEVICE CY CY CY CY CY CY 7C128 62256 7C245 7C006 7C404 7B991 C = CMOS B = BiCMOS SUFFIX -45 D L-70 S L-35 P V-15 J -25 D -5 J MB C C C MB C FAMILY CMOS SRAM - FAST CMOS SRAM - SLOW

AN1066

Abstract: W144 W181 W42C31-03 Signal Path Designer
Contextual Info: Spread Aware TM AN1066 The use of Spread Spectrum Timing SST technology has pervaded the motherboard market to the point where it is being used in virtually all designs using chipsets that support a 100-MHz Front Side Bus (FSB). Spread spectrum timing signals are used for PCI, CPU, and memory buses. When