品牌 德州仪器 封装 SOP8 批号 21+ 数量 8000 制造商 Texas Instruments 系列 LMV® 放大器类型 通用 电路数 2 输出类型 满摆幅 压摆率 2V/µs 增益带宽积 5.6 MHz 电流- 输入偏置 40 nA 电压- 输入补偿 1 mV 电流- 供电 500µA(x2 通道) 电流- 输出/通道 45 mA 电压-...
制造商 Texas Instruments 产品种类 运算放大器 - 运放 RoHS 是 安装风格 SMD/SMT 封装/ 箱体 SOIC-14 每个通道的输出电流 20 mA Vos - 输入偏置电压 7 mV 最小工作温度 - 40 C 最大工作温度 + 125 C Ib - 输入偏流 250 nA 工作电源电流 1.4 mA CMRR - 共模抑制比 80 dB 系列 LM...
制造商: Texas Instruments 产品种类: 运算放大器 - 运放 RoHS: 是 安装风格: SMD/SMT 封装/ 箱体: TSSOP-14 电源电压-最大: 26 V 每个通道的输出电流: 30 mA 通道数量: 4 Channel GBP-增益带宽产品: 1.2 MHz SR - 转换速率 : 0.5 V/us CMRR - 共模抑制比: 50 dB to 80 dB Ib - 输入偏流: ...
制造商 Texas Instruments 产品种类 运算放大器 - 运放 RoHS 是 安装风格 SMD/SMT 封装/ 箱体 SOIC-14 通道数量 4 Channel 电源电压-最大 32 V GBP-增益带宽产品 1.2 MHz 每个通道的输出电流 30 mA SR - 转换速率 0.5 V/us Vos - 输入偏置电压 7 mV 电源电压-最小 3 V 最小工作温...
制造商 Texas Instruments 产品种类 运算放大器 - 运放 RoHS 是 安装风格 SMD/SMT 封装/ 箱体 SOIC-14 通道数量 4 Channel 电源电压-最大 32 V GBP-增益带宽产品 1.2 MHz 每个通道的输出电流 30 mA SR - 转换速率 0.5 V/us Vos - 输入偏置电压 7 mV 电源电压-最小 3 V 最小工作温...
Mancini, Ron, “Op amps for everyone,” Texas Instruments, September 2001, document number SLOD006A. Williams, Jim, “Application considerations and circuits for a new chopper-stabilized op amp,” Linear Technology application note AN-9.
It is also undoubtedly true that the GAP/R organization produced some of the best documentation and application support for op amps, both vacuum tube and solid state. Because of the longevity of so many op amp principles, much of the wisdom imparted in the GAP/R app notes is still as ...
Some Part number from the same manufacture Texas Instruments, Inc. OPA1641AID Sound-Plus High-Performance, JFET-Input Audio OpAmpsThe OPA1641 (single), OPA1642 (dual), and OPA1644 (quad) series are JFET-input, ultralow distortion, low-noise operational amplifiers fully specified OPA1642 OPA...
A: Yes, Our product technical engineer will help you with the OPA1S2384IDRCR pinout information, application notes, replacement, datasheet in pdf, manual, schematic, equivalent, cross reference. VESWIN ELECTRONICS QUALITY ASSURANCE Quality Systems Registrar, certified Veswin Electronics to ISO 9001...
Amplifiers Design Goals Input Vidiff (Vi2 – Vi1) Vi diff Min -0.5 V Vi diff Max +0.5 V Common- Mode Voltage Vcm ±7 V Output VoMin –5 V VoMax +5 V Vcc +15 V Supply Vee –15 V Vref 0V Design Description This design uses 3 op amps to build a discrete instrumentation ...