Low Power Discrete Semiconductors for the Internet of Things (IoT)

Toshiba offers LDOs, load switch ICs, ESD protection, and MOSFETs perfect for quickly designing the next miniature, low power IoT project

Image of Toshiba's Low Power Discrete Semiconductors for the Internet of Things (IoT)To keep up with fast-to-market products, it is important for components in the IoT platform to be easy-to-design and readily available. Toshiba offers a wide variety of discrete components ideal for one's next small form-factor project, emphasizing industry-leading performance and low power consumption.

LDO: When running off of a coin cell or lithium-ion battery, device runtime is paramount. Toshiba's low quiescent TCR3UGxx LDO can provide the 1.2 V/1.8 V/2.5 V rail needed with minimal quiescent current (less than 0.4 µA typical) and with 1% voltage accuracy. PSRR, noise, and excellent load transient response for this class of LDOs.

Load Switch IC: Integrated load switch ICs such as TCK107AG can provide simple power switches with minimal quiescent current (110 µA typical) and provide logic level control to the battery power. Toshiba also makes simple Nch and Pch MOSFETs for simple pull-up or pull-down applications

ESD Protection: ESD damage is a common cause of returns and un-diagnosable system issues. Toshiba ESD diodes provide industry-leading protection and are suitable for whatever exposed contact points there may be, whether its be a power rail, push button, USB port, or an RF Antenna.

Magnetic Sensor: Hall-effect sensors provide on/off signal in presence of magnets, for ease of sensing foreign objects or on/close status.

IoT Module Block Diagram

Image of Toshiba's IoT Module Block Diagram

Ultra-Efficient Low Voltage LDOs

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
IC REG LINEAR 1V 500MA 5-DFNBTCR5BM10,L3FIC REG LINEAR 1V 500MA 5-DFNB1712 - Immediate$2.91Vis detaljer
IC REG LINEAR 1.05V 500MA 5-DFNBTCR5BM105A,L3FIC REG LINEAR 1.05V 500MA 5-DFNB10425 - Immediate$2.91Vis detaljer
IC REG LINEAR 1.2V 500MA 5-DFNBTCR5BM12A,L3FIC REG LINEAR 1.2V 500MA 5-DFNB3735 - Immediate$2.91Vis detaljer

Load Switch ICs

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
IC PWR SWITCH P-CHAN 1:1 4WCSPDTCK107AG,LFIC PWR SWITCH P-CHAN 1:1 4WCSPD153299 - Immediate$2.91Vis detaljer
IC PWR SWITCH P-CHAN 1:1 4WCSPDTCK106AG,LFIC PWR SWITCH P-CHAN 1:1 4WCSPD10457 - Immediate$2.91Vis detaljer
IC PWR SWITCH P-CHANNEL 1:1 5SMVTCK106AF,LFIC PWR SWITCH P-CHANNEL 1:1 5SMV831 - Immediate$2.91Vis detaljer

Digital Magnetic Sensors

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
MAGNETIC SWITCH OMNIPOLAR SOT23FTCS40DPR,LFMAGNETIC SWITCH OMNIPOLAR SOT23F108395 - Immediate$1.71Vis detaljer
MAGNETIC SWITCH OMNIPOLAR SOT23FTCS40DLR,LFMAGNETIC SWITCH OMNIPOLAR SOT23F16537 - Immediate$1.71Vis detaljer

High Speed and General Purpose ESD Protection Diodes

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
TVS DIODE 5.5VWM 20VC SOD923DF2B7AFS,L3MTVS DIODE 5.5VWM 20VC SOD923153438 - Immediate$1.71Vis detaljer
TVS DIODE 5.5VWM 20VC ESCDF2B7AE,H3FTVS DIODE 5.5VWM 20VC ESC37078 - Immediate$1.21Vis detaljer

Small Package, Low RDS(ON) MOSFETs

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
MOSFET P-CH 60V 3.5A SOT-23FSSM3J351R,LFMOSFET P-CH 60V 3.5A SOT-23F36256 - Immediate$5.53Vis detaljer
MOSFET N-CH 20V 250MA CST3CSSM3K35CTC,L3FMOSFET N-CH 20V 250MA CST3C10032 - Immediate$2.51Vis detaljer
MOSFET N-CHANNEL 20V 250MA SSMSSM3K35AFS,LFMOSFET N-CHANNEL 20V 250MA SSM804 - Immediate$2.11Vis detaljer

Ultra-Low Quiescent Current LDOs

BildeManufacturer Part NumberBeskrivelseTilgjengelig antall PrisVis detaljer
IC REG LIN 1.8V 300MA 4-WCSP-FTCR3UG18A,LFIC REG LIN 1.8V 300MA 4-WCSP-F3197 - Immediate$2.81Vis detaljer
IC REG LIN 2.7V 300MA 4-WCSP-FTCR3UG27A,LFIC REG LIN 2.7V 300MA 4-WCSP-F5570 - Immediate$2.81Vis detaljer
IC REG LIN 4.1V 300MA 4-WCSP-FTCR3UG41A,LFIC REG LIN 4.1V 300MA 4-WCSP-F10000 - Immediate$2.81Vis detaljer
Updated: 2017-01-18
Published: 2016-03-25