AX167 Search Results

1n5b17

Abstract: UP1B-100 MAX1674 MAX1674EUA MAX1675 MAX1675EUA MAX1676 MAX1676EUB MAX1676EVKIT MBR0520
Contextual Info: _ 19-1360; R e v 0; 7/98 > k l> JX I> k l High-Efficiency, Low-Supply-Current, Com pact, Step-Up DC-DC Converters Features The M AX1674/AX1675/AX1676 com pact, high-efficien cy, step-up DC-DC converters fit in small ^M AX packages. They feature a built-in synchronous rectifier,

Contextual Info: 19-1381; R ev 0 ; 7/98 e v a l u a t io n s > E .VWLABLf k l > J X I > l / l 1- Cel l to 2- Cel l , L o w - N o i s e , Hi g h- Ef f i c i e n c y , S t e p - U p DC- D C C o n v e r t e r Features The M AX1678 is a h ig h -e fficie n cy, low -voltage, synchronous-rectified, step-up DC-DC converter intended

MAX163

Abstract: MAX164 MAX167 MAX167ACNG MAX167ACWG MAX167BCNG MAX167BCWG MAX167CCNG
Contextual Info: >kiyjxi>ki CMOS 12-Bit A /D C onverters With Track-and-Hold _ Features The MAX163, MAX164, and AX167 are com plete CM O S sam pling 12-bit a n a lo g -to -d ig ita l converters ADC s that co m b in e an o n -ch ip tra ck-a n d -h o ld and

MAX167

Contextual Info: y k iy jx i> k i CM O S 1 2-B it A /D C o n verters W ith Track-and-H otd -Features T h e MAX163, MAX164, and AX167 are com plete C M O S sam pling 12-bit analog-to-digital converters A D C s that com bine an on-chip track-and-hold and

Contextual Info: >kiyjxi>ki CMOS 12-Bit A /D Converters With Ttack-and-Hold _ Features The MAX163, MAX164, and AX167 are com plete CM O S sam pling 12-bit a n a lo g -to -d ig ita l converters ADC s that co m b in e an o n -ch ip tra ck-a n d -h o ld and

ML-ND

Contextual Info: 19-1307; Rev Oa; 11/97 e v a l u a t io n s a v a ila b le _ S te p -U p /D o w n DC-DC C onverter in Q S O P P a c k a g e _ G e n e r a l D e s c r i p t i o n The AX1672 integrates a step-up DC-DC converter with a linear regulator to provide step-up/down voltage conver­

MAX164BCNG

Contextual Info: y n y jx iy n CM O S 1 2-B it A /D C o n verters W ith T ïack-an d -H o ld G eneraI Description The MAX163, MAX164, and AX167 are complete CMOS sampling 12-bit analog-to-digital converters ADCs that combine an on-chip track-and-hold and voltage reference along with high conversion speed

Contextual Info: Reduce GSM B attery Peak C urrent by 6x The MAX1687/MAX1688^ step -u p DC-DC converters deliver 2W from a single Li+ cell or three NiCd cells. Their control scheme is optimized for applications requiring short, high-current b u rs ts such a s GSM h an d sets and wireless

MAX1004

Abstract: MX7582
Contextual Info: A/D Converters Ultra-High-Speed Conversion d p s 4 Bits Fast Conversion (<100ps) (SAR/Flash A D C s) 8 Bits External T/H — 10 Bits Single Channel see next page for Slow Conversion (>1 Oms) 12 Bits Single Channel - 14 Bits Single Channel 16 Bits Internal T/H

Contextual Info: 19-1360; R ev 0; 7/98 High-Efficiency, Low-Supply-Current, C o m p a c t , St e p - U p DC-DC C o n v e r t e r s The AX1674/AX1675/AX1676 compact, high-efficiency, step-up DC-DC converters fit in small ^MAX packages. They feature a built-in synchronous rectifier,

100khz filter

Abstract: MAX1631 max172 MAX163 MAX164 MAX167 MAX167ACNG MAX167ACWG MAX167BCNG MAX167BCWG
Contextual Info: y k i > j x i > k i CMOS 12-Bit A /D Converters With Track-and-Hold _ Features T h e M A X 163, M A X 164, a n d M A X 167 are c o m p le te C M O S s a m p lin g 1 2 -b it a n a lo g - to -d ig ita l c o n v e rte rs A D C s th a t c o m b in e an o n -c h ip tra c k -a n d -h o ld and

MAX167BCNG

Abstract: max172 MAX167 D811 aml 10 series electrical connections MAX1631 OBG analog MAX163 MAX164 MAX167ACNG
Contextual Info: y n y j x i y n CM O S 12-B it A /D C o n verters W ith T ïack-an d -H o ld Featu res G en eral D escription ♦ 12-Bit Resolution ♦ 8.33^iS Conversion Time ♦ Internal Analog Drack-Hold + 6MHz Full Power Bandwidth ♦ On-Chip Voltage Reference 4 High Input Resistance SOOMO

Contextual Info: y i/iy jx iy n T he MAX163, MAX164, and AX167 are com plete C M O S sam pling 12-bit a n a lo g -to -d ig ita l converters ADCs that co m b in e an o n -ch ip tra ck-a n d -h o ld and voltage reference along with high conversion speed and low pow er con su m p tio n . A conversion tim e of