AN1460 Search Results

r58 ah16

Abstract: ISL62883HRZ rPGA-989 ISL62883 TEK131-4353-00 thermistor R53 burndy Y35 irf7832 burndy CONNECTOR Burndy y34 lug specifications
Contextual Info: ISL62883EVAL2Z User Guide Application Note July 13, 2009 AN1460.1 Author: Jia Wei Introduction Interface Connections The ISL62883EVAL2Z evaluation board demonstrates the performance of the ISL62883 multiphase synchronous-buck PWM VCORE controller implementing Intel IMVP-6.5

CY14B256K

Abstract: CY14B101K
Contextual Info: Application Note AN14602 Designing with Cypress Real Time Clock Modules in nvSRAM Introduction The Known Hazard Cypress offers a family of high speed, high performance nonvolatile static random access memories nvSRAM , which are offered in the density range of 16 Kb to 1 Mb. Higher density nvSRAMs in the range of 256 Kb to 1 Mb are also offered

r58 ah16

Abstract: am2 SOCKET PIN LAYOUT burndy Y35 AG34 diode irf7832 ISL62883 K34 mosfet ONSEMI diode a30 burndy socket am2 am3
Contextual Info: ISL62883EVAL2Z User Guide Application Note April 8, 2009 AN1460.0 Author: Jia Wei Introduction Interface Connections The ISL62883EVAL2Z evaluation board demonstrates the performance of the ISL62883 multiphase synchronous-buck PWM VCORE controller implementing Intel IMVP-6.5

Contextual Info: antenna RF Tx/Rx Ag1460 CODEC DSP/MCU AN1460-9v1-0 ! ! ! !

Using nvsRAM in RAID Controller Applications

Abstract: AN14601
Contextual Info: Application Note AN14601 Using nvSRAM in RAID Controller Applications Introduction The term RAID Redundant Array of Independent Disks first appeared in papers written by Garth Gibson, Randy Katz, and Dave Patterson of the University of California at Berkeley. Since that time the number of manufacturers of RAID

datasheet of transistor sl 100

Abstract: 1N4004 BZT03C82 T8533
Contextual Info: Interfacing Ag1460 to Legerity T8533 +5V 100uF 10R + + 100nF 220uF +5V A GND A To other lines D1 TIP +5V PWR Ag1460 VFXI V OUT DXO D2 DRO 100nF TIP DRI RING RING 100nF D4 VFRON VFROP V IN FS BCLK PGND CAP 220nF D1 - D4 = 1N4004 or equivalent D5 = BZT03C82 only one needed per linecard

PEB2466

Abstract: SO-10 1N4004 BZT03C82 so11
Contextual Info: Interfacing Ag1460 to Infineon PEB2466 +5V 100uF +5V +5V 10R + 100nF 100nF + + 100nF C1 +5V A V CLAMP D1 TIP Ag1460 Ag1460 TIP V IN DXA VIN 100nF 2Mb PCM TCA Infineon SICOFI PEB2466 RING D3 DRA VOUT V OUT D5 RING V DDD 100nF GND A D2 V DDA +5V PWR FSC PCLK

HCT244

Abstract: t244 1N4004 BZT03C82 STLC5046
Contextual Info: Interfacing Ag1460P to STLC5046 +5V 100uF + +3.3V +3.3V 10R 100nF + 100nF C1 +5VA VCLAMP GND A ZB Ag1460P D1 TIP VFXI0 VOUT 100nF IO0 F/R RM D1 - D4 = 1N4004 or equivalent D5 = BZT03C82 only one needed per linecard C1 = 220uF/10V Rubycon ZL 0V = +5V return

1N4004

Abstract: BZT03C82 QSLAC Am79Q021
Contextual Info: Interfacing Ag1460 to QSLAC Am79Q021 +5V 100uF + 10Ω 10R + 100uF 6.3V + 100nF C1 +5VA VCLAMP VCCA +5VPWR GNDA 100nF Ag1460 V D1 TIP D2 QSLAC FS PCLK D4 PGND CAP F/R C5 RM C4 LO C3 PD CD2 SHK CD1 100nF GNDPWR 220nF D1 - D4 = 1N4004 or equivalent D5 = BZT03C82 only one needed per linecard

AK2306

Abstract: 100uf 1N4004 BZT03C82
Contextual Info: Interfacing Ag1460 to AK2306 +5V 100uF 10R 100nF + 100uF 6.3V 100nF + Protection is for on-premise applications GNDA D1 = BZT03C82 D2 - D5 = 1N4004 +VA VDD Ag1460 VIN D5 100K D2 TIP FS GST TIP BCLK 100K VOUT VFTN 100nF RING D3 DX 2Mb PCM DR PGND RING AK2306

74HC244

Abstract: 74HC374 PCM-G11 1N4004 600R AK2304A BZT03C82
Contextual Info: Interfacing Ag1460 to AK2304 +5V 100uF 10Ω + 10Ω + 100uF + 100nF 220uF +5VA TIP Ag1460 VIN RA1 TIP VOUT TD G11 G12 TA1 RSYNC 8KhZ clocks MCLK 2MhZ clock 51K TSYNC RING RING D4 TG1 F/R RM + 4u7 AVSS MLAW DVSS LO PGND PD CAP GNDPWR 220nF SHK 74HC374 8 bit I/O

AN-1460

Abstract: LP5550 national pwi bus
Contextual Info: National Semiconductor Application Note 1460 Michael Drake April 2006 Introduction based PWI master is straight forward using a GPIO port and a PWI protocol software driver. This application note describes a strategy for emulating a PWI master using general purpose input/output pins –

TCM38C17

Abstract: 1N4004 BZT03C82 rubycon cap
Contextual Info: Interfacing Ag1460 to Texas Instruments TCM38C17 +5V 100uF 10R + TCM38C17 + 100nF +5VA GNDA V CLAMP D1 TIP +5VPWR Ag1460 V Ag1460 D2 TIP ANLGIN+ 100nF 100k ANLGIN- OUT 100k GSX 100k V IN D5 100nF D4 10k PGND CAP GNDPWR 220nF D1 - D4 = 1N4004 or equivalent

TRANZORB

Abstract: 74HC125 CD3211 CD411 LE58083 120R BZT03C75 CD11 CD21 CD31
Contextual Info: Interfacing Ag1460 with Le58083 +3.3V 100nF 100nF +5V AGND 42,43, 44,45 GNDPWR 25, 26 +5VPWR 23, 24 100nF 6, 7, 8, 37, 61, 62, 63 36 100nF 100nF Common Pins +5V +5V 5 100nF 100uF + 10 GNDA Phone Socket 2 TIP 3 +5V +5VA Silver Telecom Ag1460 Channel 1 10k 10R

62883C

Abstract: ISL62883CHRTZ ISL62883CHRTZ-T ISL62883CIRTZ-T thermistor ntc 60 0250 ISL62883C ISL62883CIRTZ ISL62883EVAL2Z THERMISTOR, NTC, 2R, 12A fly back transformer monitor
Contextual Info: ISL62883C Features The ISL62883C is a multiphase PWM buck regulator for miroprocessor or graphics processor core power supply. The multiphase buck converter uses interleaved phase to reduce the total output voltage ripple with each phase carrying a portion of the total load current, providing