LT1358IN8 datasheet, PDF - EEWORLD Datasheet

Datasheet> All Categories > Analog mixed-signal IC> Amplifier circuit> LT1358IN8

LT1358IN8: Part NumberLT1358IN8; CategoryAnalog mixed-signal IC Amplifier circuit; File Size4662.22，16 Pages; ManufacturerLinear ( ADI ); Websitehttp://www.analog.com/cn/index.html

Alternative parts

Part Number	Manufacturer	Description
Sorry, there is no alternative parts yet

LT1358IN8 Overview

LT1358IN8放大器基础信息：

LT1358IN8是来自Linear Technology的一款OPERATIONAL AMPLIFIER。常用的包装方式为DIP, DIP8,.3

LT1358IN8放大器核心信息：

LT1358IN8的最低工作温度是-40 °C，最高工作温度是85 °C。其峰值回流温度为NOT SPECIFIED25℃下的最大偏置电流为：0.5 µA他的最大平均偏置电流为0.9 µA

如何简单看一个放大器效率？看它的压摆率，LT1358IN8的标称压摆率有220 V/us。厂商给出的LT1358IN8的最大压摆率为6 mA，而最小压摆率为100 V/us。其最小电压增益为600。而在运放闭环使用时，某个指定闭环增益（一般为 1 或者 2、 10 等）下，LT1358IN8增益变为低频增益的 0.707 倍时的频率为22000 kHz。

LT1358IN8的标称供电电压为5 V，其对应的标称负供电电压为-5 V。LT1358IN8的输入失调电压为1500 µV（输入失调电压：使运算放大器输出端为0V(或接近0V)所需加于两输入端之间的补偿电压。）LT1358IN8的宽度为：7.62 mm。

LT1358IN8的相关尺寸：

LT1358IN8拥有8个端子.其端子位置类型为：DUAL。端子节距为2.54 mm。共有针脚：8

LT1358IN8放大器其他信息：

LT1358IN8采用了VOLTAGE-FEEDBACK的架构。其不属于低失调类放大器。LT1358IN8的频率补偿情况是：YES。其温度等级为：INDUSTRIAL。而其湿度敏感等级为：1。

LT1358IN8不符合Rohs认证。其对应的的JESD-30代码为：R-PDIP-T8。其对应的的JESD-609代码为：e0。LT1358IN8的封装代码是：DIP。LT1358IN8封装的材料多为PLASTIC/EPOXY。

而其封装形状为RECTANGULAR。LT1358IN8封装引脚的形式有：IN-LINE。其端子形式有：THROUGH-HOLE。

Recommended Resources

Monolithic radio circuit composed of audio power amplifier integrated circuit

Liquid level automatic control circuit using power switch integrated circuit 2

Electric contact pressure gauge controls thyristor liquid level control circuit

Fangcheng SG260-A food juicer, blender circuit diagram

Simple sine oscillator

Headphone circuit diagram

CC2640R2F SPI rate adjustment setting method: Could you please tell me how to adjust the CC2640R2F SPI rate? 1 2 3 4 5 6 7 8 9 10 11 12 13 14 /*! @brief SPI bit rate in Hz * * Maximum bit rates supported by hardware: * Device Family ...; alan000345 Wireless Connectivity

STM32 driver MAX7219 failed, help: I used stm32 to drive the MAX7219 module. I found that the module had different power-on behaviors at different times, and the behaviors were different when the emulator was plugged in or not. I had previously adjusted the single module, and then st...; shijizai stm32/stm8

Component pad design, everything you don’t understand is here!: PCB component pad design is a key point. The quality of the final product lies in the quality of the solder joint. Therefore, whether the pad design is scientific and reasonable is crucial. For the same component, all symmetrical pads (such as ...; luoxiao1116 PCB Design

Ultrasonic transducer impedance matching problem: Hello everyone, I recently encountered an impedance matching problem about ultrasonic transducers. The equivalent circuit of the ultrasonic transducer is shown in Figure 1. Figure 1 Equivalent model of ultrasonic transducer Figure 2 Transmitter...; 榆枫 Analog electronics

Tuya Smart Module SDK Development Course Series——0. Course Introduction: Course Catalog Chapter 1: SoC Development Environment Construction Chapter 2: Introduction to Tuya IoT Platform Chapter 3: Quick Start Chapter 4: Burning Authorization Chapter 5: Secondary Development of Modules Course Description "T...; 谍纸天眼 RF/Wirelessly

Which textbook on power electronics technology is good?: Which textbook on power electronics technology is good? Do you have any recommendations? I personally feel that it is better to practice more, the basic knowledge is fixed ...; dored Download Centre

LT1358IN8 Also View