封装/外壳：64-LQFP 包装：托盘 描述：IC AUDIO/VIDEO SWIT DUAL 64TQFP 集成电路（IC） 模拟开关 - 特殊用途

AUDIO/VIDEO SWITCH MATRIX

Description The STV6412A is a highly integrated I²C bus-controlled audio and video switch matrix, optimized for use in digital set-top box applications. It provides all the audio and video routings required in a full two SCART set-top box design. Features ■ I²C bus control ■ Standby mode with

封装/外壳：64-LQFP 包装：托盘 描述：IC AUDIO/VIDEO SWIT DUAL 64TQFP 集成电路（IC） 模拟开关 - 特殊用途

Triple Output, Low-Noise LDO Regulator with Integrated Reset Circuit

The ISL6412 is an ultra low noise triple output LDO regulator with microprocessor reset circuit and is optimized for powering wireless chip sets. Features • Small DC/DC Converter Size - Three LDOs and Reset Circuitry in a Low-Profile 4x4mm QFN Package • High Output Current - LDO1, 1.8

Triple Output, Low-Noise LDO Regulator with Integrated Reset Circuit

The ISL6412 is an ultra low noise triple output LDO regulator with microprocessor reset circuit and is optimized for powering wireless chip sets. Features • Small DC/DC Converter Size - Three LDOs and Reset Circuitry in a Low-Profile 4x4mm QFN Package • High Output Current - LDO1, 1.8

Triple Output, Low-Noise LDO Regulator with Integrated Reset Circuit

The ISL6412 is an ultra low noise triple output LDO regulator with microprocessor reset circuit and is optimized for powering wireless chip sets. Features • Small DC/DC Converter Size - Three LDOs and Reset Circuitry in a Low-Profile 4x4mm QFN Package • High Output Current - LDO1, 1.8

Triple Output, Low-Noise LDO Regulator with Integrated Reset Circuit

The ISL6412 is an ultra low noise triple output LDO regulator with microprocessor reset circuit and is optimized for powering wireless chip sets. Features • Small DC/DC Converter Size - Three LDOs and Reset Circuitry in a Low-Profile 4x4mm QFN Package • High Output Current - LDO1, 1.8

Bilateral Trigger Diodes (DIACS)

Description: The NTE6407 thru NTE6412 are bilateral trigger DIACs offering a range of voltage characteristics from 28V to 63V. These devices are triggered from a blocking–to–conduction state for either polarity of applied voltage whenever the amplitude of applied voltage exceeds the breakover v