Chip-dat/74xx-dat/74xx-dat.md
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-- [[74hc595-dat]]
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+- [[74hc595-dat]]
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+## inverter
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+
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+- [[74xx1G14-dat]]
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+
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+
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+
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+| chip | gate | functions | and |
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+| ---------------- | -------------------- | ------------------------- | ----------------- |
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+| [[74xx1G00-dat]] | NAND | buffering, Level Shifting | |
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+| [[74xx1G07-dat]] | non-inverting buffer | | OPEN DRAIN OUTPUT |
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+| [[74xx1G08-dat]] | AND | | |
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+| [[74xx1G14-dat]] | inverting buffer | | |
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Chip-dat/74xx-dat/74xx1G00-dat/2024-11-22-17-26-44.png
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Chip-dat/74xx-dat/74xx1G00-dat/74xx1G00-dat.md
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+# 74xx1G07-dat
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+The 74LVC1G00 is a single 2-input NAND gate from the 74LVC family of high-speed CMOS logic devices. It is widely used in digital systems for its compact design, low power consumption, and versatile operation.
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+## Key Features:
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+1. 2-Input NAND Gate:
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+Performs the NAND (NOT AND) logic operation:
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+ Output = NOT (A AND B)
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+![](2024-11-22-17-26-44.png)
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+The output is LOW only when both inputs are HIGH.
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+2. High-Speed Operation:
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+Supports high-frequency operation with fast propagation delay, typical for modern CMOS technology.
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+3. Wide Voltage Range:
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+
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+Operates from 1.65V to 5.5V, making it suitable for both low-voltage and standard-voltage digital systems.
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+
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+4. Low Power Consumption:
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+Consumes minimal static and dynamic power, ideal for battery-operated devices.
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+5. Compact Package:
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+Available in small packages like SOT-23-5, SC-70, or DFN, suitable for space-constrained designs.
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+
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+6. Overvoltage Tolerance:
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+Inputs are 5V tolerant, meaning they can handle 5V signals even when operating at lower supply voltages.
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+7. Schmitt-Trigger Inputs:
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+Provides noise immunity and clean switching behavior for slow or noisy input signals.
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+
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+## Functions and Applications:
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+
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+Logic Operations:
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+Used to implement NAND logic, a fundamental building block in digital electronics.
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+
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+Signal Conditioning:
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+Cleans up noisy input signals and ensures clean digital transitions.
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+Universal Logic:
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+The NAND gate is universal; it can be combined to form any other logic gate (AND, OR, NOT, etc.).
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+Level Shifting:
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+Can act as a simple level shifter for low-to-high voltage interfacing, depending on the circuit design.
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+
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+Clock and Control Logic:
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+Used in control circuits, clock generation, and synchronization.
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Chip-dat/74xx-dat/74xx1G07-dat/2024-11-22-17-23-21.png
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Chip-dat/74xx-dat/74xx1G07-dat/74xx1G07-dat.md
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+# 74xx1G07-dat
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+The 74HC1G07 is a single buffer with an open-drain output, part of the 74HC family of high-speed CMOS logic devices. It is used in various digital applications requiring buffering and interfacing.
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+https://www.onsemi.com/download/data-sheet/pdf/mc74vhc1g07-d.pdf
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+![](2024-11-22-17-23-21.png)
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+## Key Features:
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+Open-Drain Output:
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+The open-drain output requires an external pull-up resistor to operate.
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+It allows the output to pull the signal to low (0) but cannot actively drive it to high (1). Instead, the external resistor pulls it to the high level.
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+High-Speed Operation:
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+Operates at high frequencies typical of CMOS technology.
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+Wide Voltage Range:
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+Functions over a voltage range of 2.0V to 5.5V, making it suitable for mixed-voltage systems.
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+High Drive Capability:
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+Can sink relatively large currents, useful for driving LEDs or other loads.
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+Input Compatibility:
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+Inputs are TTL-compatible, meaning it works well in systems interfacing with older logic standards.
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+Compact Package:
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+Available in small form-factor packages like SOT-23-5 and SC-70, ideal for compact designs.
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+Low Power Consumption:
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+Consumes minimal power when idle, an advantage of CMOS technology.
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+
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+## Functions and Applications:
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+Buffering:
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+Buffers signals to increase driving strength for long lines or multiple loads.
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+Level Shifting:
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+With appropriate pull-up resistors, it can be used to interface between devices operating at different voltage levels.
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+Wired-AND Logic:
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+Open-drain outputs allow multiple 74HC1G07 devices to share a single pull-up resistor, enabling wired-AND logic without additional components.
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+Driving LEDs or Relays:
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+The device can drive LEDs, relays, or other components that require higher current.
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+Interfacing:
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+Useful for interfacing microcontrollers or other digital circuits with external devices.
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Chip-dat/74xx-dat/74xx1G08-dat/2024-11-22-17-28-16.png
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Chip-dat/74xx-dat/74xx1G08-dat/74xx1G08-dat.md
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+# 74xx1G00-dat.md
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+![](2024-11-22-17-28-16.png)
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Chip-dat/74xx-dat/74xx1G14-dat/2024-11-22-17-22-42.png
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Chip-dat/74xx-dat/74xx1G14-dat/74xx1G14-dat.md
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+# 74xx1G14-dat
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+The MC74VHC1G14DFT1G is a single inverting Schmitt trigger manufactured by ON Semiconductor. It is part of the VHC (Very High-Speed CMOS) family and is designed for high-speed and low-power applications.
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+An inverting Schmitt trigger is a type of digital circuit that converts an input signal with noise or slow transitions into a clean, sharp digital output. It is "inverting" because the output signal is the logical opposite (inverted) of the input signal.
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+Inverting Operation:
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+The output is inverted compared to the input:
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+- When the input voltage exceeds the upper threshold, the output switches to LOW.
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+- When the input voltage drops below the lower threshold, the output switches to HIGH.
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+https://www.mouser.com/datasheet/2/916/74HC_HCT1G14-1385566.pdf?srsltid=AfmBOopmI2Sb0NtOkBFdYvsbVQHwVz-8gI-lhVkF_7wKB0Xu7qpUoi9H
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+![](2024-11-22-17-22-42.png)
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+- [[74xx-dat]]
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