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Name: SN74LVC1G34DBVTG4
Brand: Texas Instruments
SKU: SN74LVC1G34DBVTG4
Price: 2.40 USD
Availability: InStock
Rating: 5 (2 reviews)

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Texas Instruments SN74LVC1G34DBVTG4

Part No.:: SN74LVC1G34DBVTG4

Manufacturer:: Texas Instruments

Package:: SC-74A, SOT-753

Datasheet:: SN74LVC1G34DBVTG4.pdf

Description:: IC BUF NON-INVERT 5.5V SOT23-5

In Stock:: 2501

Quantity:: Add To Cart

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SN74LVC1G34DBVTG4 Specifications

Package/Case:
SC-74A, SOT-753
Packaging:
Tape & Reel (TR),Cut Tape (CT),Digi-Reel®
Series:
74LVC
ProductStatus:
Discontinued at Mosen
LogicType:
Buffer, Non-Inverting
NumberofElements:
1
NumberofBitsperElement:
1
InputType:
-
OutputType:
Push-Pull
Current-OutputHighLow:
32mA, 32mA
Voltage-Supply:
1.65V ~ 5.5V
OperatingTemperature:
-40°C ~ 125°C (TA)
MountingType:
Surface Mount

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SN74LVC1G34DBVTG4 information

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SN74LVC1G34DBVTG4 Typical application Circuitry

SN74LVC1G34DBVTG4

The SN74LVC1G34DBVTG4 is a single, high-drive, low-voltage buffer gate that is part of the 74LVC family. It's designed for 1.65-V to 5.5-V VCC operation, providing a versatile solution in various applications where space and power are limited. It's commonly employed in logic-level shifting, signal isolation, and line driving due to its high drive strength and low power consumption. Let's dive into its specifics, application scenario, and considerations in circuit design.

Principal Functionality:

The SN74LVC1G34DBVTG4 functions primarily as a non-inverting buffer gate. It isolates the input source from the output, ensuring signal integrity and strength, especially in scenarios requiring drive strength and power efficiency.

Typical Application Context:

An often-seen application of the SN74LVC1G34DBVTG4 is in logic-level shifting, where it facilitates the interface between different voltage domains within a system.

Key Specifications:

The device operates within a voltage range of 1.65V to 5.5V, accommodating various logic levels. Its low power consumption and high noise immunity make it an ideal choice for battery-operated and noise-sensitive applications.

Circuit Connection for Logic-Level Shifting:

1. Power Supply Connection:

- Connect the Vcc pin (pin 5) to the higher voltage level (up to 5.5V) of the two logic levels being interfaced. Ensure proper grounding by connecting the ground pin (pin 2) to the system ground.

2. Input Signal Connection:

- Attach the input signal from the lower voltage domain to the A pin (pin 3) of the SN74LVC1G34DBVTG4. This input will be level-shifted to the higher voltage domain.

3. Output Signal Routing:

- Connect the Y pin (pin 6) to the device operating at the higher voltage domain. The SN74LVC1G34DBVTG4 will drive this signal, effectively shifting the logic level from the lower to the higher voltage domain.

4. Decoupling Capacitor Placement:

- Place a decoupling capacitor (typically 0.1 μF) near the Vcc pin (pin 5) to mitigate any voltage spikes or noise on the power supply line, ensuring stable operation of the SN74LVC1G34DBVTG4.

Circuit Design Considerations:

Incorporating the SN74LVC1G34DBVTG4 into a circuit necessitates attention to several aspects:

1. Voltage Compatibility: Ensure that the voltage levels of all interconnected devices are compatible with the operating range of the SN74LVC1G34DBVTG4.

2. Output Load: Monitor the loading on the output pin. The total load should not surpass the device's specified driving capability to maintain signal integrity.

3. Signal Integrity in Long Lines: If the application involves long signal lines, consider impedance matching and the use of termination resistors to avert signal reflection and loss.

4. Thermal Management: Even though the SN74LVC1G34DBVTG4 is typically low in power dissipation, evaluate the thermal aspects in scenarios involving high-frequency operation or substantial loads, ensuring appropriate heat dissipation.

In essence, the SN74LVC1G34DBVTG4 stands out as a compact, efficient, and reliable solution for applications necessitating buffering with high drive strength and low power consumption. A thorough grasp of its operational parameters, application scenarios, and design prerequisites is crucial for achieving optimal performance in any circuit implementation.

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(1)Such as a deficiency in quantity, delivery of wrong items, and apparent external defects (breakage and rust, etc.), and we acknowledge such problems.

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