.
STMicroelectronics
L4923 - WITH RESET AND INHIBIT 5V.1A VERY LOW DROP REGULATOR
® L4923 5V–1A VERY LOW DROP REGULATOR WITH RESET AND INHIBIT . . . . . . . . . VERY LOW DROP (max. 0.9V at 1A) OVER FULL OPERATING TEMPERATURE RANG.
STMicroelectronics
L4925 - VERY LOW DROP VOLTAGE REGULATOR
® L4925 VERY LOW DROP VOLTAGE REGULATOR OPERATING DC SUPPLY VOLTAGE RANGE 6V TO 28V TRANSIENT SUPPLY VOLTAGE UP TO 40V EXTREMELY LOW QUIESCENT CURRE.
Sinopower
APM4927K - Dual P-Channel MOSFET
APM4927K ® Dual P-Channel Enhancement Mode MOSFET Features • -30V/-9A, RDS(ON)= 15mΩ (typ.) @ VGS=-10V RDS(ON)= 28mΩ (typ.) @ VGS=-4.5V Pin Descri.
OPTEK
OPB492T11 - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
Sinopower
SM4927BSK - Dual P-Channel MOSFET
SM4927BSK ® Dual P-Channel Enhancement Mode MOSFET Features Pin Description · -30V/-8.9A, RDS(ON)=21mW(max.) @ VGS=-10V RDS(ON)=35mW(max.) @ VGS=-.
OPTEK
OPB492L11 - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492N11 - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492P11 - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492L11Z - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492N11Z - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492P11Z - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
OPTEK
OPB492T11Z - Slotted Optical Switch
Photologic® Slotted Optical Switch OPB460, OPB470, OPB480, OPB490 Series Features: Choice of pins or wires mounting configuration Choice of ape.
Linear Technology
LT1492 - 5MHz/ 3V/us/ Low Power Single Supply/ Dual and Quad Precision Op Amps
LT1492/LT1493 5MHz, 3V/µ s, Low Power Single Supply, Dual and Quad Precision Op Amps FEATURES s s s s s s s s s s s s DESCRIPTION The LT ®1492/LT149.
STMicroelectronics
L4920 - VERY LOWDROP ADJUSTABLE REGULATORS
® L4920 L4921 VERY LOW DROP ADJUSTABLE REGULATORS . . . . . . . . VERY LOW DROP VOLTAGE ADJUSTABLE OUTPUT VOLTAGE FROM 1.25V TO 20V 400mA OUTPUT CU.
STMicroelectronics
L4921 - VERY LOWDROP ADJUSTABLE REGULATORS
® L4920 L4921 VERY LOW DROP ADJUSTABLE REGULATORS . . . . . . . . VERY LOW DROP VOLTAGE ADJUSTABLE OUTPUT VOLTAGE FROM 1.25V TO 20V 400mA OUTPUT CU.
STMicroelectronics
L4922 - VERY LOW DROP REGULATOR WITH RESET
® L4922 VERY LOW DROP REGULATOR WITH RESET . . . . . . . VERY LOW DROP (max. 0.9 V at 1 A) OVER FULL OPERATING TEMPERATURE RANGE (– 40 / + 125°C) L.
Burr-Brown Corporation
TLV3492 - 1.8V/ Nanopower PUSH-PULL OUTPUT COMPARATOR
TLV 3491 TLV 3492 TLV3 ® 494 TLV 349 4 TLV3491 TLV3492 TLV3494 SBOS262C – DECEMBER 2002 – REVISED MAY 2004 1.8V, Nanopower, PUSH-PULL OUTPUT CO.
Burr-Brown Corporation
TLV3492AID - 1.8V/ Nanopower PUSH-PULL OUTPUT COMPARATOR
TLV 3491 TLV 3492 TLV3 ® 494 TLV 349 4 TLV3491 TLV3492 TLV3494 SBOS262C – DECEMBER 2002 – REVISED MAY 2004 1.8V, Nanopower, PUSH-PULL OUTPUT CO.
Burr-Brown Corporation
TLV3492AIDCNR - 1.8V/ Nanopower PUSH-PULL OUTPUT COMPARATOR
TLV 3491 TLV 3492 TLV3 ® 494 TLV 349 4 TLV3491 TLV3492 TLV3494 SBOS262C – DECEMBER 2002 – REVISED MAY 2004 1.8V, Nanopower, PUSH-PULL OUTPUT CO.
Burr-Brown Corporation
TLV3492AIDCNT - 1.8V/ Nanopower PUSH-PULL OUTPUT COMPARATOR
TLV 3491 TLV 3492 TLV3 ® 494 TLV 349 4 TLV3491 TLV3492 TLV3494 SBOS262C – DECEMBER 2002 – REVISED MAY 2004 1.8V, Nanopower, PUSH-PULL OUTPUT CO.
