MCH6544-TL-E Discrete Semiconductor Products

The MCH6544-TL-E is an enhanced array of bipolar transistors from Motorola Inc. It is a monolithic integrated circuit consisting of four NCV (N-channel Vertical) transistors mounted in one package. It is designed to be used as an array of 4 digital switches. Each transistor has its collector and emitter connected externally with the base input connected to pin 2 and the collector connected to pin 4. The MCH6544-TL-E is well suited for applications such as switching or logic-level translation, line drivers and interface circuits. The device can be used as an array of 4 digital switches, with inputs connected to the base of each transistor and outputs connected to the collectors. Each transistor can switch up to 15 mA of current and has an 800 mV breakdown voltage.The device features the NCV technology developed by Motorola, which is designed for extremely low power operation. The technology uses very low power and has a fast switching speed which makes it ideal for a wide range of applications from portable computing to automotive and industrial applications.The working principle of the MCH6544 is based on the fact that current flows from the collector to the emitter of a transistor when a voltage is applied to the base. When the base of a transistor is at 0 volts, the transistor is said to be in the off state and no current should flow from the collector to the emitter. When a positive voltage is applied to the base, the transistor is said to be in the on state and current can flow from the collector to the emitter. The MCH6544-TL-E can be used in many different applications, such as sensors, digital switches, power supplies, line drivers, interface circuits, and logic-level translation. It is ideal for use in precise digital control circuits, low power analog signal conditioning, remote controls, and electronic toys. The MCH6544-TL-E is an advanced array of bipolar transistors that provides excellent performance while consuming very low power. It is capable of switching up to 15 mA of current and has a breakdown voltage of 800 mV. It is an ideal solution for applications such as digital switches, power supplies, line drivers, interface circuits, and logic-level translation.