Manufacturer Part Number: TC7SH04FU Manufacturer / Brand: Toshiba
Part of Description: SoC FPGA TC7SH04FU Lead Free Status / RoHS Status: table_img Lead free / RoHS Compliant
Ship From: HK/Shen Zhen Shipment Way: DHL/Fedex/TNT/UPS

Product parameters

Mounting StyleSMD/SMT
Package / CaseSSOP5-P-0.65A
Minimum Operating Temperature– 40 C
Maximum Operating Temperature+ 85 C
Factory Pack Quantity3000
Moisture SensitiveYes
Supply Voltage – Max5.5 V
Supply Voltage – Min2 V
Propagation Delay Time12 ns
Unit Weight0.000212oz

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    TC7SH04FU Applications:

    Digital Logic Circuits: The TC7SH04FU can be used as a basic building block in digital logic circuits, such as flip-flops, counters, registers, and other combinational and sequential logic circuits.

    Voltage Level Shifting: It can be used to shift the voltage levels of digital signals between different logic families or voltage domains.

    Signal Conditioning: The TC7SH04FU can be used to condition digital signals by buffering, amplifying, or inverting them as needed in various electronic systems.

    Clock Distribution: It can be used to distribute clock signals in digital systems, ensuring synchronized operation of multiple components.

    Waveform Generation: The TC7SH04FU can generate square waveforms with precise duty cycles, making it suitable for waveform generation applications.

    Buffering: It can be used as a buffer to isolate one part of a circuit from another, preventing loading effects and providing impedance matching.

    Clock Recovery: In communication systems, it can be used for clock recovery from data signals or for generating clock signals for data transmission.

    Frequency Division: It can be used in frequency divider circuits to divide the frequency of input signals by two.

    Voltage Translation: It can be used to translate between different voltage levels in mixed-signal systems.

    Motor Control: In motor control circuits, it can be used to generate control signals for driving motors, especially in applications requiring precise timing.