TPIC6B273N

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TPIC6B273N is a Logic - Latch type semiconductor which can be used for a variety of applications. The device is designed as a current level transfer device, meaning it can transfer current or voltage levels between two states. This enables the device to be used in a wide range of circuits, including consumer electronics and automotive applications.

The main purpose of a logic latch is to store information in a given state. This state can be either high or low, and can be used to set the output accordingly. The device has two inputs, the data input (D) and the clock input (C). The signal applied to the data input sets the state of the latch, while the signal applied to the clock input sets the output.

TPIC6B273N is a 3-terminal, low power logic latch. It operates by when the clock signal is high for at least one clock cycle and the data signal is unequal to zero. This activates the latch and sets the output of the IC to the value of the data signal regardless of further changes to the data signal.

The Triac device is capable of carrying up to 0.9A and the maximum turn-off time is considered to be 40ns. It has a power dissipation of 500mW, allowing it to be used in many low-power applications.

The device works by using two main transistors: a drive transistor, which is driven by the data signal, and a sense transistor, which is driven by the clock signal. When the data signal is high, the drive transistor is activated and sets the output of the latch to the high state regardless of the clock signal. When the clock signal is high, the sense transistor is activated, allowing the output of the latch to be set to the data signal in response to the data signal.

The logic latch works by holding the data signal in its current state until such time as the clock signal is removed. This is known as "latch-up," as the current state of the data signal will remain until the clock signal is removed. This behavior makes the latch very useful in certain applications, as it can be used to store data for extended periods of time.

TPIC6B273N has a wide range of applications. It is commonly used in applications such as switching, relay drivers, level shifters, and voltage regulators. It can also be employed in automotive, consumer electronics, and industrial applications, depending on the application’s requirements.

In summary, TPIC6B273N is a useful device for a range of circuit applications. It is a Logic - Latch type semiconductor with two inputs and a single output, which can be used as a current or voltage level transfer device. The device offers low power dissipation, high current carrying capability, and latch-up behavior, making it suitable for applications such as switching, relay drivers, level shifters, and voltage regulators.

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