PART |
Description |
Maker |
NCP4543 |
NCP4543 Datasheet - ecoSWITCH™ Advanced Load Management: 7.3A Integrated Load Switch w/ Low R<sub>ON</sub>, V<sub>IN</sub> Range= 0.5V-6V, Adj. Slew Rate, Adj. Discharge, Adj. Turn-On Delay
|
ON Semiconductor
|
NCP4545 |
NCP4545 Datasheet - ecoSWITCH™ Advanced Load Management: 10.5A Integrated Load Switch w/ Ultra-Low R<sub>ON</sub>, V<sub>IN</sub> Range= 0.5V-6V, Adj. Slew Rate, Adj. Discharge, Adj. Turn-On Delay
|
ON Semiconductor
|
IRU1010CY IRU1010CP IRU1010CD IRU1010CS IRU1010CDT |
1A Adj LDO Linear Regulator in a SOT-223 3-Leads package 1A Adj LDO Linear Regulator in a ULTRA THIN-PAK 2-Leads package 1A Adj LDO Linear Regulator in a TO-252 (D-PAK) 2-Leads package 1A LOW DROPOUT POSITIVE ADJUSTABLE REGULATOR 1A低压差型正,可调式稳压器
|
IRF[International Rectifier] International Rectifier, Corp.
|
IRU1117CS IRUB1117CD IRUB1117CS IRUB1117CY IRU1117 |
0.8A Adj LDO Linear Regulator in a SOIC 8-Lead package 0.8A Adj LDO Linear Regulator in a SOT-223 3-Leads package 800mA LOW DROPOUT POSITIVE ADJUSTABLE REGULATOR 800mA的低压差型正,可调式稳压 RES 0805 3K60 0.1W 1% 150V 100PPM/C
|
Analog Integrations, Corp. IRF[International Rectifier]
|
IRU1160CP IRU1160CM IRU1160 IRU1160CMTR IRU1160CPT |
6A Adj LDO Linear Regulator in a ULTRA THIN-PAK 5-Leads package 6A Adj LDO Linear Regulator in a TO-263 5-Leads package 6A ULTRA LOW DROPOUT POSITIVE ADJUSTABLE REGULATOR
|
IRF[International Rectifier]
|
MMSZ5255B MMSZ5244B |
3.08V uP Supervisory Circuit with Active High and Active Low Complementary outputs, Pb-Free Device; Package: Micro8™; No of Pins: 8; Container 5% TOLERANCE
|
Fairchild Semiconductor Corporation FAIRCHILD[Fairchild Semiconductor]
|
AP1116YLA |
Adj; 0.5 A low dropout positive adjustable or fixed-mode regulator
|
Anachip
|
FM1233DFS3X FM1233D FM1233DDS3X FM1233DES3X |
3-Pin μC Supervisor Circuit CABLE ASSEM 2MM 20PS SGL END 12,1 3-Pin C Supervisor Circuit 3-Pin レC Supervisor Circuit 4.62V, Active Low Precision Reset Generator Circuit 4.12V, Active Low Precision Reset Generator Circuit 4.38V, Active Low Precision Reset Generator Circuit
|
Fairchild Semiconductor Corporation FAIRCHILD[Fairchild Semiconductor]
|
MCP1252T-ADJI/MS |
The MCP1252-ADJ is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has an adjustable output of ...
|
Microchip
|
MCP1253-33X50I_MS MCP1253T-33X50I_MS MCP1253-ADJI_ |
(MCP1252 / MCP1253) Low Noise / Positive-Regulated Charge Pump Low Noise, Positive-Regulated Charge Pump 低噪声,正调节电荷泵 The MCP1253-ADJ is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has an adjustable output of either 1.5V to 5.0V and can deliver 120mA of load current at the desired regulated output voltage. Since the The MCP1253-ADJ is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has an adjustable output of ... The MCP1253-33X50 is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has selectable outputs of either 3.3V or 5.0V and can deliver 120mA of load current at the selected regulated output voltage. Since the The MCP1252-33X50 is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has selectable outputs of ... The MCP1252-ADJ is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has an adjustable output of either 1.5V to 5.0V and can deliver 120mA of load current at the desired regulated output voltage. Since the The MCP1252-ADJ is an inductorless, positive regulating, low noise charge pump DC-to-DC converter. It has an adjustable output of ...
|
Microchip Technology, Inc. Microchip Technology Inc. MICROCHIP[Microchip Technology]
|
MRFA2602 |
TRI N RECP F FLG 4-20 RF POWER AMPLIFIER
|
Motorola, Inc. MOTOROLA[Motorola, Inc]
|
74VHCT373A 74VHCT373ASJX 74VHCT373M 74VHCT373AMTCX |
Supervisor w/5K Pull-Up Active Low, -40C to 85C, 3-TO-92, BAG From old datasheet system Octal D-Type Latch with 3-STATE Outputs Supervisor w/5K Pull-Up Active Low, -40C to 85C, 8-SOIC 150mil, TUBE 8-Bit D-Type Latch
|
Fairchild Semiconductor
|