AAT1125IJS-0.6-T1, the new original spot 0755-82732291 will be shipped on the same day or picked up at the store. The photos are real shots of our products. Due to the large number of products, we have not described the parameters of each product. For more product information Please contact our staff for consultation and purchase. Tel: 0755---82732291/0755---85274662, QQ: 11 74052353 / 1157611585 QQ: 1755232575 /QQ: 1157611585 Tel: 0755-82732291/0755-85274662.

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AT42QT2120-XU

AT42QT1110-AUR

AT42QT1040-MMHR

The OP297 is a dual low bias current precision operational amplifier

feature

Low offset voltage: 50μV

Low offset voltage drift: 0.6μV/°C

Very low bias current: 100 pA

Very high open loop gain: 2000V/mV

Low supply current (per amplifier): 625µA

Operates from ±2 V to ±20 V power supply

High Common Mode Rejection: 120 dB

application

Strain gauges and bridge amplifiers

High Stability Thermocouple Amplifier

instrumentation amplifier

Photocurrent Monitor

High Gain Linear Amplifier

Long term integrator/filter

Sample and Hold Amplifier

Peak detector

Log Amplifier

battery powered system

General Instructions

The OP297 is the first dual op amp to package precision performance into a space-saving industry-standard 8-lead SOIC package. The combination of high accuracy, low power consumption, and extremely low input bias current makes the dual OP297 very useful in a variety of applications.

The precision performance of the OP297 includes very low offset (less than 50μV) and low drift (less than 0.6μV/°C). Open loop gain in excess of 2000 V/mV ensures high linearity in every application.

Errors caused by common-mode signals are eliminated with more than 120dB of common-mode rejection, minimizing offset voltage variations experienced in battery-powered systems. The supply current of OP297 is less than 625μA.

The OP297 uses a super-beta input stage with bias current cancellation to maintain picoampere bias current at all temperatures. This is different from a FET input op amp whose bias current starts in the picoamp range at 25°C, but doubles for every 10°C rise in temperature to reach the milliamp range above 85°C. The OP297's input bias current is less than 100 pA at 25°C and less than 450 pA over the military temperature range of each amplifier. The part operates from supply voltages as low as ±2V.

Combining precision, low power consumption, and low bias current, the OP297 is an ideal application including instrumentation amplifiers, logarithmic amplifiers, photodiode preamplifiers, and long-term integrators. For a single device, see OP97; for a quad device, see OP497.

Pin configuration

Typical performance characteristics

application information

Very low bias current over a wide temperature range makes the OP297 attractive in track-and-hold amplifiers, peak detectors, and logarithmic amplifiers that must operate over a wide temperature range. The OP297 does not require balanced input resistors. Even in unbalanced conditions, high source resistance will only minimize offset voltage and TCVOS.

The input pins of the OP297 are protected by back-to-back diodes and current-limiting resistors against large differential voltages. The common-mode voltage at the input is not limited and can vary over the full range of the supply voltage used.

The OP297 has very little operating headroom to the power rails and is specified for operation down to 2 V supplies. Typically, the common-mode range extends to within 1V of either rail. The output typically fluctuates within 1V when using a 10kΩ load.

AC performance

The AC characteristics of the OP297 are highly stable over its entire operating temperature range. The unity-gain small-signal response is shown in Figure 26. The OP297 is extremely tolerant to capacitive loading on the output, showing excellent response to 1000 pF loads (see Figure 27).

Protection and shielding

To maintain the extremely high input impedance of the OP297, care must be taken in board layout and fabrication. The board surface must be kept clean and free of moisture. A conformal coating is recommended to provide a moisture barrier. Even a clean PCB can have 100pa leakage current between adjacent lines, so guard rings should be used around the input. As shown in Figure 29, the guard tracking operates at a voltage close to the input to minimize leakage current. In non-commutated applications, the guard ring should be connected to the common-mode voltage at the inverter input. In reverse applications, both inputs are kept at ground, so the guard trace should be grounded. Protection lines should be provided on both sides of the circuit board.

Open loop gain linearity

The small linear gain of op7 is 29mv/29v. This improves the accuracy of the OP297 and provides very high accuracy in high closed loop gain applications. Figure 30 shows the typical open-loop gain linearity of the OP297 over the military temperature range.

Application circuit

Precision Absolute Amplifier

In a circuit with an input impedance of 30Ω, the absolute value is 31Ω. The high gain and low TCVos of the OP297 ensure precise operation on microvolt input signals. In this circuit, the input always appears on the op amp as a common-mode signal. The CMR of the OP297 exceeds 120db with an error of less than 2ppm.

Precision Current Pump

The maximum output current of the precision current pump shown in Figure 32 is ±10 mA. Voltage compliance is ±10 V for ±15 V supplies. The output impedance of the current transmitter exceeds 3MΩ, and the linearity is better than 16 bits. R1 to R4 should be matched resistors.

Precision Positive Peak Detector

In Figure 33, CH must be polystyrene, Teflon® or polyethylene to minimize media absorption and leakage. The droop rate is determined by the size of CH and the bias current of the OP297.

Simple Bridge Regulated Amplifier

Figure 34 shows a simple bridge conditioning amplifier using the OP297. The transfer function is:

REF43 provides an accurate and stable reference voltage for the bridge. To maintain the highest circuit accuracy, RF should be 0.1% or better with a low temperature coefficient.

nonlinear circuit

Due to its low input bias current, the OP297 is an ideal logarithmic amplifier in nonlinear circuits, such as the square root and square root circuits shown in Figure 35 and Figure 36. Taking the square circuit in Figure 35 as an example, the analysis first writes the voltage loop equations of transistor Q1, transistor Q2, transistor Q3 and transistor Q4.

All transistors of MAT04 are precisely matched and have the same temperature, so the IS and VT terms are canceled, where

By exponentiating both sides of the equation, we get

The operational amplifier A2 forms a current-to-voltage converter whose output voltage = R2 × IOUT. Replacing IIN with (VIN/R1) and IOUT with the previous formula yields:

A similar analysis of the square root circuit of Figure 36 yields its transfer function

In these circuits, IREF is a function of the negative supply. To maintain accuracy, the negative supply should be well regulated. For applications requiring very high accuracy, a reference voltage can be used to set IREF.

An important consideration is that a large enough input voltage can force the output beyond the operating range of the output op amp. Resistor R4 can be changed to IREF or R1; R2 can be changed to keep the output voltage within the usable range.

In the input voltage range of 100mv ~ 10v, the unadjusted accuracy of the square root circuit is better than 0.1%, and within the same input voltage range, the accuracy of the square root circuit is better than 0.5%.

Dimensions

1.1.png1.2.png1.63.png

AT42QT2160-MMUR

AT42QT1070-SSUR

AT42QT1011-TSHR

What are the main uses of optical sensors

In recent years, the global sensor sales market has been growing rapidly, with a market capacity of nearly $226.5 billion in 2019. In addition, sensors must accurately measure fragile surfaces that cannot be touched. If the sales market continues to exist, the requirements for optical sensors such as lights and proximity switches will continue to increase. As one of the bottleneck technologies that endangers the rapid development trend of my country's Internet of Things technology, industrial production, and other industrial chains, sensors have always relied on overseas products.

Because countries around the world attach great importance to it and invest in development and design, the development plan of the sensor industry is very rapid. In recent years, the global sensor sales market has been growing rapidly, with a market capacity of nearly $226.5 billion in 2019. In 2019, the global MEMS market capacity reached 1.696 billion US dollars, and the CIS market capacity was nearly 17 billion US dollars.

For a long time, sensor and communication technology, processing chip, computer operating system, etc. Known as the four key technologies of contemporary information technology and Internet of Things technology. The report shows that under the trend of rapid development of Internet of Things technology, China's sensor market capacity reached 218.88 billion yuan in 2019, a year-on-year increase of 12.7%; it is expected to reach 295.18 billion yuan in 2021, a growth rate of 17.6%.

Among various sensors, turning tool sensors, infrared temperature sensors, optical sensors and optical lenses have broad application prospects, and their development trends have attracted much attention. An optical sensor is a sensor that performs precise measurements based on optical principles. It has many advantages such as non-contact high-quality accurate measurement, basically no influence, remote data transmission, monitoring, remote control and so on. In addition, it can measure many main parameters and the sensor structure is simple, so the main use of the ADS7810U optical sensor is very common.

On the one hand, optical sensors must use caliper screen resolution to more accurately measure offsets, thicknesses, and gauges; on the other, sensors must accurately measure fragile surfaces that cannot be touched. Offset, thickness, position, gap, profile, 3D spec, 3D spec can be mastered with just one sensor.

Among various optical sensors, photoelectric precision measurement sensors are non-contact. Numerous techniques have been applied to precise measurements in electron optics, including camera imaging, lasers, interferometers, and color confocal imaging. The key components of optical sensors include grating scales, electro-optical measuring instruments, servo motors and their fiber optic lines. Such components cooperate with each other to enable the optical sensor to accurately measure various data information during normal operation.

Laser precision measurement sensors are stylish and widely used, enabling fast and accurate precision measurements. A typical laser sensor sends light to the surface layer, which is reflected and visualized on a detector, which then determines the location of the point in the XYZ room space. Point laser sensors measure precisely one point at a time, while line laser sensors acquire hundreds or thousands of points on a line.

Optical sensors are used in new technology industries, especially aerospace work, and optical sensors have an irreplaceable role. For example, during the whole process of flight or landing of an airplane, or the whole process of navigation at an airport, the optical sensor can accurately grasp the aspect ratio of the airport, thereby ensuring the safe navigation of the airport.

The world light sensor sales market has been growing continuously due to the increasing demand for light sensors in handheld mechanical devices such as smart machines and tablet computers. Currently, smart machines and tablets are the key drivers for the improvement in the sales market. If the sales market continues to exist, the requirements for optical sensors such as lights and proximity switches will continue to increase.

As one of the bottleneck technologies that endanger the rapid development trend of my country's Internet of Things technology, industrial production 4.0 and other industrial chains, sensors have always relied on overseas products. In recent years, current policies and assets will focus on sensor trends. In addition, a number of high-quality Chinese sensor companies such as Bassen Sensing and Wanshun Automatic Control are emerging. In the case of taking into account the detailed industrial chain management system of product research and development, design scheme, manufacturing and application, the localization rate of sensors may be further improved.

From the perspective of regional diffusion, my country's sensor technology industry chain has basically produced the indoor space layout of the industrial chain integrating the Beijing-Tianjin-Hebei, Yangtze River Delta, Pearl River Delta and key cities in the central and western regions, and industrial parks are also concentrated in such key cities. From a regional perspective, East China is a key gathering area with the largest number of companies, accounting for 56.86% of all parts of the country. In addition, the market share of Central China and North China is also very obvious, accounting for 23.09% and 8.36% of the company's resources, respectively.

Although the development of sensors in my country is relatively late, and the development trend of high-end sensors lags behind capitalist countries such as Europe, America, Japan and South Korea, professionals have firm belief in the development trend of my country's sensor industry chain. With the rapid development of China's information management and the strong support of the country's new policies, new assets, and new service platforms, I believe that the future of recitation in China's sensor industry chain will be bright and full of hope.

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PIC10F202T-I/OT

PIC16F616T-I/SL

PIC18F66J11-I/PT

PIC18F45K40-I/PT

PIC16LF1934-I/PT

PIC24FJ256GB108-I/PT

PIC24FJ256GB210-I/PT

AT93C86A-10SU-2.7-T

AT93C86A-10SU-2.7

TC4426CPA

TC4426COA

HCS201-I/SN

MIC2202YML

MSP430F1232IPWR

TDA18250HN

PIC18F45K40-I/PT

DSPIC30F6010A-30I/PT

DSPIC33FJ32GS606-I/PT

DSPIC33FJ16GS502-I/SO

DSPIC30F5013-30I/PT

DSPIC30F3010-30I/SO

DSPIC30F4012-30I/SO

DSPIC30F2011-30I/SP

DSPIC30F4012-30I/SP

DSPIC30F2010-30I/SO

DSPIC30F5011-30I/PT

DSPIC30F6015-30I/PT

DSPIC30F6010A-30I/PT

DSPIC33FJ256GP710-I/PT

DSPIC33FJ256GP710-I/PF

DSPIC33FJ256MC710-I/PF

AT25128-10PC

AT25128B-SSHL-T

AT25128B-SSHL-T

PIC16LF1519-I/PT

PIC16LF1934-I/PT

AT28C256-15PU

LAN9730-ABZJ-TR

24LC16BT/SN

24LC16B-I/SN

USB5744/2G

USB3300-EZK

USB3343-CP-TR

USB2240-AEZG-06

USB2514B-AEZC-TR

USB2240I-AEZG-06

AT24HC02C-SSHM-T

AT24HC02C-SSHM-T

TC4424CPA

TC4424EPA

TC4424COA

AT89S4051-24SU

MCP2551T-I/SN

MCP2551-I/P

MCP2551-I/SN

ATF16V8C-7SU

ATF16V8B-15JU

ATF16V8B-15SU

ATF16V8B-15PU

ATF16V8B-15PU

AT25XE021A-MAHN-T

TCN75AVUA713

RK3028A

KSZ8863RLL

AT89C2051-24SU

AT89C2051-12SC

AT89C2051-12SI

AT89C2051-12PU

AT89C2051-24PU

AT89C2051-12PU

AT89C2051-12SU

AT89C2051-24PU

AT89C2051-24SU

74HC573DB

AT25512N-SH-T

AT25512N-SH-T

ATA6617C-P3QW-1

AT25SF081-SHD-T

AT25SF161-SHD-T

AT25SF041-SHD-T

AT25SF161-SSHD-T

AT25SF041-SSHD-T

AT25SF081-SSHD-T

AT25SF081-SHD-T

AT25SF161-SHD-T

AT25SF041-SHD-T

AT25SF081-SSHD-T

AT25SF161-SSHD-T

AT25SF041-SSHD-T

AT25SF041-SSHD-T

MCP6004T-I/SL

MCP604-I/SL

MCP4922-E/SL

MCP6004-I/SL

MCP604T-I/SL

ATMXT641T-AT

ATMXT641T-CCUR

ATMEGA32A-PU

ATMEGA16A-AUR

ATMEGA88PB-AU

ATMEGA64L-8MU

ATMEGA32U4-AU

ATMEGA128A-AUR

ATMEGA1284P-MU

ATMEGA324PA-AU

ATMEGA8515-16PU

ATMEGA8515L-8AU

ATMEGA2560-16AU

ATMEGA168V-10MU

ATMEGA88PV-10AUR

ATMEGA644PV-10MU

ATMEGA329PV-10AU

MCP4921-E/SN

AM186CC-25KD/WC

AT24C02D-XHM-T

AT24C04BN-SH-T

AT24C64D-SSPD-T

AT24C32D-SSHM-T

AT24C512C-XHM-T

AT25640B-SSHL-T

AT25DF321A-SH-T

AT24C08D-SSHM-T

AT24C16C-MAHM-T

AT24C04D-SSHM-T

AT25DF021-SSHF-T

AT24C128C-SSHM-T

AT24C512C-SSHM-T

PIC24FJ64GA004-I/PT

PIC24FJ64GA006-I/PT

PIC24FJ128GA006-I/PT

PIC24FJ256GB210-I/PT

PIC24FJ256GP210-I/PT

PIC24FJ256GA108-I/PT

PIC24FJ256GB108-I/PT

PIC24FJ256GB106-I/PT

PIC24FJ128GA106-I/PT

AT24C32D-XHM-T

AT24C32E-SSHM-T

AT24C32D-MAHM-T

AT90USB646-AU

AT90USB1286-MU

AT90USB162-16AU

AT90USB162-16MU

AT25010B-SSHL-T

AT25010B-SSHL-T

MIC58P42YN

PIC12F629-I/P

PIC12F629-I/SN

PIC12F675-I/SN

PIC12F675-I/P

PIC12F629-I/P

PIC12F615-I/SN

PIC12F508-I/SN

PIC12F635-I/SN

PIC12F675-I/SN

PIC12F629-I/SN

PIC12F1822-I/SN

PIC12F1572-I/SN

PIC12F1840-I/SN

PIC12F1572-E/SN

ATSAML21J18A-AUTES

ATSAML21J18A-AU

ATSAML21J18A-AUTES

AT45DB321D-SU-SL955

AT26F004-SU

AT26F004-SU

AT25080B-XHL-T

AT25320B-XHL-T

AT25320B-SSHL-T

AT25160B-SSHL-T

AT25DF081A-SSH-T

AT25BCM512B-MAH-T

AT25DF512C-SSHN-T

24LC128T-I/SN

PIC16F54-I/SO

PIC16F1933-I/SS

PIC16F1937-I/PT

PIC16F1503-I/SL

PIC16F1936-I/SS

PIC16F1823-I/ST

PIC16F18875-I/PT

PIC16F1936T-I/SS

NT5TU128M8GE-AC

AT30TSE758-SS8-B

AT30TSE002B-MAH-T

AT34C02C-TH-T

AT34C02D-SSHM-T

AT34C02D-MAHM-T

AT24C512C-SHD-T

AT24C512C-MAHM-T

AT24C512C-SSHD-T

AT24C512N-10SU-1.8

AT24C512C-XHM-T

AT24C512C-SHD-T

AT24C512C-SSHD-T

AT24C512C-MAHM-T

AT24C512C-SSHM-T

AT24C512-10PU-2.7

AT24C512N-10SU-1.8

MIC2290YML-TR

MIC842LYC5-TR

24LC512-I/SN

24LC512T-I/SN

24LC512-I/SN

PL611-01-N12MC-R

PL611-30-L24MC-R

AC101-TF

AT91SAM9G10-CU

AT91SAM9G35-CU

AT91SAM9G15-CU

AT91SAM9G25-CU

AT91SAM9X35-CU

AT91SAM9X25-CU

AT91SAM9G45C-CU

AT91SAM9260B-CU

AT91SAM9G20B-CU

AT91SAM9261B-CU

AT91SAM5D35A-CU

AT91SAM7X256C-CU

AT91SAM9XE512-CU

AT91SAM9263B-CU-100

AD9142ABCPZRL

MCP2515-I/P

AT93C66B-XHM-T

AT93C66B-SSHM-T

AT93C66B-MAHM-T

AT93C66B-XHM-T

AT93C66B-SSHM-T

AT93C66B-MAHM-T

MCP6002T-I/SN

HCS101-I/SN

DSPIC30F5015-30I/P

DSPIC30F5011-30I/P

DSPIC30F5015-30I/PT

DSPIC30F2012-30I/SP

DSPIC30F4011-30I/PT

DSPIC30F2011-30I/SO

DSPIC30F6012A-30I/PT

DSPIC30F6014A-30I/PT

DSPIC33FJ32GS606-50I/PT

TC1016-2.7VCTTR

HCS200-I/SN

HCS300-I/SN

MCP604T-I/ST

ATA5724P3C-TKQY

ATA5724P3C-TKQW

PIC18F6620-I/PT

PIC18F8627-I/PT

PIC18F46K80-I/PT

MSP430F149IPMR

MSP430F1232IPWR

KSZ8081RNBIA-TR

KSZ8081MNXIA-TR

KSZ8081RNDCA-TR

DSPIC30F4013-30I/P

DSPIC30F5013-30I/P

DSPIC30F4011-30I/P

DSPIC30F2012-30I/SO

DSPIC33FJ256MC710-I/PT

SCH3114-NU

LAN9220-ABZJ

SHT20

PIC32MX795F512L-80I/PT

ATF16V8B-15JU

ATF16V8B-15SU

AT89C2051-24SU

AT89C2051-24PU

74HC1G66GW

AT25512N-SH-T

AT25080B-SSHL-T

AT25080B-SSHL-T

AT25080B-SSSHL-T

DSPIC30F3012-30I/PT

DSPIC30F4013-30I/PT

DSPIC33FJ16GS502-50I/SO

AT25040B-SSHL-T

PIC18F66J11-I/PT

AT25320B-XHL-T

AT25320B-SSHL-T

AT25160B-SSHL-T

AT25160AN-10SU-2.7

AT25160B-SSHL-T

AT25160AN-10SU-2.7

LAN8742A-CZ-TR

AT91R40008-66AU

STM32F103VCT6

ATMEGA164PV-10AU

PIC32MX695F512L-80I/PT

AT28C256-15PU

MICRF211AYQS-TR

ATSAMD09D14A-MU

ATSAMD09D14A-MUT

ATSAMG55J19A-AU

AT86RF233-ZU

AT86RF212B-ZU

PIC12F629-I/SN

PIC12F675-I/SN

TPS5420DR

AT90CAN32-16AU

AT90CAN128-16AU

AT90CAN64-16AU

AT90CAN128-16AU

TC4427CPA

TC4427EPA

TC4427COA

TC4427ACPA

TC4427AEOA

TC4427AEPA

24LC256-I/P