MAX812SEUS+T Operational / General Purpose Amplifiers_Inventory of electronic components_Electronic equipment_Power management

MAX812SEUS+T


：	MAX812SEUS+T
：	Operational / General Purpose Amplifiers
：	Maxim Integrated
：	MAX812 Series 2
：	-
：	Reel
：	-

TYPE	DESCRIPTION
Package Style:	SOT-143 (TO-253-4)
Mounting Method:	Surface Mount

PDF(1)

2500

29.0606

72651.5

Torex Semiconductor Ltd

XC6192B315ER-G

IC PWR SWITCH P-CH 1:1 8USP-B06

WAGO

721-103/037-000

3 Position 5 mm 28-12 AWG Locking Lever Euro Style Terminal Block

Abracon

AX7MAF1-669.3125T

XTAL OSC XO 669.3125MHZ CML SMD

NKK Switches

DSBA1H

DS Series Totally Sealed Space Saving Contactless Tilt Switch

Nexperia

BZX384-C12,115

BZX384 Series 12 V ±5 % 300 mW Surface Mount Voltage Regulator Diode - SOD-323

Microchip

JANTX1N4462

JANTX Series 7.5 V 1 uA 1.5 W Through Hole Glass Zener Diode - DO-41

Renesas

ISL88002IH26Z-T7A

ISL88002 Series 5.5 V 190 msec 2.63 Vth Voltage Supervisor - SOT-23-3

Amphenol FCI

10145226-0241P13LF

DIMM Connectors DDR4 288P TH ASSY-10145226-0241P13LF

Amphenol FCI

10124677-0501V01LF

DIMM Connectors DDR4 288P SMT ASSY

Amphenol FCI

10124677-0101303LF

DIMM Connectors DDR4 SMT

Maxim Integrated

MAX31865AAP+

MAX31865 Series 3.3 V RTD-to-Digital Converter - SSOP-20

TE Connectivity / AMP

2834172-3 (Cut Strip)

Lighting Connectors ULTRAMINIATURE SLIM Cut Strip of 100

Maxim Integrated

MAX812SEUS+T

MAX812 Series 2.93 V 560 ms Voltage Supervisor - SOT-143

NIC Components

NTR04F4421CTRF

NTR Series 0402 4.42 kOhm 0.063 W ±1 % ±25 ppm/°C SMT Thin Film Chip Resistor

Yageo

RT0603BRD078K87L

RT Series 0603 0.1 W 8.87 kOhm ±0.1 % ±25 ppm/°C SMT Thin Film Chip Resistor

KEMET

L0805B100MDWLT

FIXED IND 10UH SMD

Kneron

KL520B1311A

Processors - Application Specialized KL520 AI SOC

TE Connectivity / DEUTSCH

YCTJ-3D-07C0560000

Junction System Tools & Accessories RAIL ASSY

TE Connectivity

2379237-1

Lighting Connectors NECTOR T, INLINE SKT, SCREW, Key-A,S1

Inspired LED

4793

Lighting Connectors Flex Connectors Pair for both ends

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