4.d.2
General Purpose ICs
Showing 1–25 of 276 resultsSorted by latest
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General Purpose ICs, ICs, Semiconductors
NE5532 SOP Dual Low-Noise Operational Amplifier IC
The NE5532 SOP Dual Low-Noise Operational Amplifiers are perfect for precision audio, signal processing, and measurement applications, offering low noise, low distortion, and high slew rate for clear and accurate signal amplification.
SKU: 3000725 -
General Purpose ICs, ICs, Semiconductors, Special Purpose ICs
STK4211V 2-Channel 70W Min AF Power Amplifier (Split Power Supply)
General Purpose ICs, ICs, Semiconductors, Special Purpose ICsSTK4211V 2-Channel 70W Min AF Power Amplifier (Split Power Supply)
The STK4211V 2-Channel 70W Min AF Power Amplifier is a high-performance audio amplifier offering 70W per channel output power, designed with a split power supply for low distortion and high-efficiency amplification in stereo audio systems.
SKU: 3000584 -
74XX Series, General Purpose ICs, ICs, Semiconductors, Special Purpose ICs
74HC245D SOP Octal Bus Transceivers
74XX Series, General Purpose ICs, ICs, Semiconductors, Special Purpose ICs74HC245D SOP Octal Bus Transceivers
The 74HC245D SOP Octal Bus Transceiver is an 8-bit bidirectional data transceiver that enables efficient and high-speed data transfer between systems. Ideal for microcontroller projects, communication systems, and bus applications, it offers a compact, low-power solution for reliable data transmission.
SKU: 3000541 -
74XX Series, General Purpose ICs, ICs, Semiconductors, Special Purpose ICs
74HC165 SOP 8-Bit Parallel-In/Serial-Out Shift Register
74XX Series, General Purpose ICs, ICs, Semiconductors, Special Purpose ICs74HC165 SOP 8-Bit Parallel-In/Serial-Out Shift Register
The 74HC165 SOP 8-Bit Parallel-In/Serial-Out Shift Register is an efficient, high-speed digital component used to convert parallel data into serial form. Ideal for use in microcontroller projects, communication systems, and data transmission applications, it offers reliable performance in a compact package.
SKU: 3000540





















