40V、3ppm/℃ 低噪声、高精度基准电压源

GM7401 是一款精密基准电压源，该器件兼具稳健的工作特性和极低的漂移与低噪声。利用先进的曲率补偿，该\n带隙基准电压源可实现 3ppm/°C 的漂移和可预知的温度特性，以及±0.04% 的初始电压准确度。它还提供了 10µVP-P的噪声和非常低的温度循环迟滞。\nGM7401 缓冲输出支持±10mA 的输出驱动（在低输出阻抗条件下）和精准的负载调节性能，并且内置了输出短路\n电流保护。TEMP pin 可以用来检测器件温度。同时，TRIMpin 用来微调输出电压值。\nGM7401 的额定温度范围为 –55°C 至 125°C。该器件采用 8 引脚 MSOP 和 8 引脚 SO 封 • 低漂移 1.5ppm/°C（典型值），3ppm/°C（最大值）\n• 初始精度±0.04%\n• 宽电源电压范围（3.5V 至 40V）\n• 输入调整率：15ppm/V\n• 提供输出电压选项：4.096V、3.3V、2.048V 和 1.25V\n• 温度范围： –55°C 至 125°C;

1 310 nm InGaAsP STRAINED MQW DC-PBH LASER DIODE COAXIAL MODULE WITH SINGLE MODE FIBER

DESCRIPTION NDL7408P Series is a 1 310 nm laser diode coaxial module with single mode fiber. It has a strained Multiple Quantum Well (st-MQW) structure and a built-in InGaAs monitor photo diode. It is recommended for junction or access network systems. The series is available in two types of outp

1 310 nm InGaAsP STRAINED MQW DC-PBH LASER DIODE COAXIAL MODULE WITH SINGLE MODE FIBER

SEMICONDUCTOR SELECTION GUIDE Microcomputer IC Memory Semi-Custom IC Particular Purpose IC General Purpose Linear IC Transistor / Diode / Thyristor Microwave Device / Consumer Use High Frequency Device Optical Device Packages Index (Quick Reference by Type N

1 310 nm InGaAsP STRAINED MQW DC-PBH LASER DIODE COAXIAL MODULE WITH SINGLE MODE FIBER

SEMICONDUCTOR SELECTION GUIDE Microcomputer IC Memory Semi-Custom IC Particular Purpose IC General Purpose Linear IC Transistor / Diode / Thyristor Microwave Device / Consumer Use High Frequency Device Optical Device Packages Index (Quick Reference by Type N

1 310 nm InGaAsP STRAINED MQW DC-PBH LASER DIODE COAXIAL MODULE WITH SINGLE MODE FIBER

SEMICONDUCTOR SELECTION GUIDE Microcomputer IC Memory Semi-Custom IC Particular Purpose IC General Purpose Linear IC Transistor / Diode / Thyristor Microwave Device / Consumer Use High Frequency Device Optical Device Packages Index (Quick Reference by Type N

DIGITALLY CONTROLLED AUDIO PROCESSOR WITH LOUDSPEAKERS EQUALIZER

DESCRIPTION The TDA7401 is an upgrade of the TDA7435 audioprocessor. Due to a highly linear signal processing, using CMOS-switching techniques very low distortion and very low noise are obtained. Second order high pass and low pass filters with programmable corner frequencies provide the loudsp