Details, datasheet, quote on part number: TSU111ICT
PartTSU111ICT
Category
TitleIC OP AMP CMOS SC70-5
Description

STMicroelectronics' LDLN025 regulator and TSU111 op amp are a perfect match for creating ultra-small size, low power and high accuracy for IoT and wearables' high-performance sensor interfaces.



CompanyST Microelectronics, Inc.
DatasheetDownload TSU111ICT datasheet
  
TSU111ICT photo

Others parts numbering
TSU111IQ1T: IC OP AMP CMOS DFN6
LDLN025J2925R: IC REG LDO 2.925V 4FLIPCHIP
LDLN025J18R: 251 MA ULTRA-LOW NOISE LDO
LDLN025PU25R: 250 MA ULTRA-LOW NOISE LDO
LDLN025PU32R
LDLN025J32R
LDLN025PU30R: IC REG LIN 3V 250MA 4DFN
LDLN025PU33R: IC REG LIN 3.3V 250MA 4DFN
LDLN025PU18R: IC REG LIN 1.8V 250MA 4DFN

 

Features, Applications
Nanopower (900 nA), high accuracy (150 V) 5 V CMOS operational amplifier
Applications
Features

Submicro ampere current consumption: Icc 900 nA typ 25 C Low offset voltage: 150 V max at 25 C, 235 V max over full temperature range to 85 C) Low noise over 10 Hz bandwidth: 3.6 Vpp Low supply voltage: 5.5 V Rail-to-rail input and output Gain bandwidth product: 11.5 kHz typ Low input bias current: 10 pA max 25 C High tolerance to ESD: 4 kV HBM

Gas sensors: CO, O2, and H2S Alarms: PIR sensors Signal conditioning for energy harvesting and wearable products Ultra long-life battery-powered applications Battery current sensing Active RFID tags

Description

The TSU111 operational amplifier (op amp) offers an ultra low-power consumption 900 nA typical and 1.2 A maximum when supplied 3.3 V. Combined with a supply voltage range 5.5 V, these features allow the to be efficiently supplied by a coin type Lithium battery or a regulated voltage in low-power applications. The high accuracy 150 V max and 11.5 kHz gain bandwidth make the TSU111 ideal for sensor signal conditioning, battery supplied, and portable applications.

More than 25 years of typical equivalent lifetime supplied a 220 mA.h CR2032 coin type Lithium battery High accuracy without calibration Tolerance to power supply transient drops

Package pin connections................................................................ 3 Absolute maximum ratings and operating conditions................. 4 Electrical characteristics................................................................ 5 Electrical characteristic curves.................................................... 11 Application information................................................................ 16

5.1.1 5.1.2 Schematic optimization aiming for nanopower................................. 17 PCB layout considerations............................................................... 17

Rail-to-rail input............................................................................... 18 Input offset voltage drift over temperature....................................... 18 Long term input offset voltage drift.................................................. 18 Using the TSU111 with sensors...................................................... 20

Fast desaturation............................................................................ 21 Using the TSU111 in comparator mode.......................................... 21 ESD structure of the TSU111.......................................................... 22 EMI robustness of nanopower devices........................................... 22 SC70-5 (or SOT323-5) package information................................... DFN6 1.2x1.3 package information................................................. 25

Figure 1: Pin connections for each package (top view)

 

Some Part number from the same manufacture ST Microelectronics, Inc.
TSU111IQ1T

STMicroelectronics' LDLN025 regulator and TSU111 op amp are a perfect match for creating ultra-small size, low power and high accuracy for IoT and wearables' high-performance sensor interfaces.



LDLN025J2925R
LDLN025J18R
LDLN025PU25R
LDLN025PU32R
LDLN025J32R
LDLN025PU30R
LDLN025PU33R
LDLN025PU18R
 
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