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SN74LVC1G17DRLR
Manufacturer Part Number: SN74LVC1G17DRLR | Manufacturer / Brand: Texas Instruments |
Part of Description: SoC FPGA SN74LVC1G17DRLR | Lead Free Status / RoHS Status: Lead free / RoHS Compliant |
Ship From: HK/Shen Zhen | Shipment Way: DHL/Fedex/TNT/UPS |
Datasheets: |
Product parameters
Manufacturer | Texas Instruments |
RoHS | Details |
Package | Reel |
Mounting Style | SMD/SMT |
Package / Case | SOT-553 |
Series | TC7SZ17 |
Minimum Operating Temperature | – 40 C |
Maximum Operating Temperature | + 125 C |
Factory Pack Quantity | 4000 |
Moisture Sensitive | Yes |
Low Level Output Current | 32 mA |
Supply Voltage – Min | 1.65 V |
Supply Voltage – Max | 5.5 V |
Height | 0.55 mm |
Width | 1.2 mm |
Unit Weight | 0.000099 oz |
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SN74LVC1G17DRLR Applications:
- Signal Conditioning: The Schmitt-trigger input can clean up noisy signals by providing hysteresis, ensuring that the output transitions occur at different voltage levels for rising and falling input signals.
- Level Shifting: It can shift the logic levels of digital signals between different voltage domains in mixed-signal systems.
- Clock Signal Conditioning: Due to its Schmitt trigger input, it’s suitable for conditioning clock signals, ensuring clean and stable transitions, which is important in clock distribution networks.
- Debouncing Switches: Schmitt triggers are often used in switch debouncing circuits to ensure a clean digital signal output when a mechanical switch is actuated.
- Oscillator Circuits: It can be utilized in relaxation oscillator circuits due to its hysteresis behavior, providing stable and precise oscillation frequencies.
- Waveform Generation: The Schmitt trigger can generate square wave signals with precise duty cycles and frequencies, useful in waveform generation applications.
- Digital Data Communication: It can be employed in digital data communication systems to clean up noisy data signals before processing.
- Input Buffering: The buffer functionality of the device can isolate and buffer sensitive inputs from the rest of the circuit.