MC100EP195BMNG

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Delay lines are quite useful components and they are used in a number of applications. The MC100EP195BMNG, also known as an edge triggered pulse delay line, is one such component that is specifically used to control timing in circuits. This device can be used in numerous applications, such as automotive, computer, video, and telecommunication systems, among others.

The MC100EP195BMNG device is a Programmable Edge Triggered Integrated Delay Line. It consists of eight programmable delay elements and contains no external parts, making it convenient to use. The trigger input has rise and fall time specs of 3 nsec and 1 nsec, respectively. It also has delay outputs that match the trigger inputs. The rise time requirements are also listed in the specs. The delay times are up to 250 nsec long and can be programmed with a control input.

This device can be used to control timing in a wide range of applications, ranging from the simplest to the more complex ones. For example, this device can be used to provide delay in an automotive system, enabling two or more otherwise synchronous events to occur at the same time. The same device can also be used to control the triggering of video signals in cameras and other video systems. It can be used to provide reliable timing in telecommunication systems by providing delays between successive bits in order to compensate for any channel delay variations.

The MC100EP195BMNG device works by using a two-stage edge-triggered latch coupled delay element. This element consists of two stages; one that is triggered by the rising edge of the trigger input, and the other by the falling edge of the same trigger input. Each stage is further divided into a data input latch, delay cell and an output latch. The rising and falling edges of the data input latch are connected to the rising and falling edges of the trigger input respectively. Similarly, the output latch is connected to the data input latch through the delay cell.

When a trigger pulse is applied at the trigger input, the first stage is activated and the data bit is latched in the input latch. The data is then passed through the delay cell to the output latch. Once the data is latched in the output latch, the second stage is activated and the data bit is latched in the output latch. Hence, any data passed through the device will be delayed by the programmed time with no jitter due to either external noise or crosstalk.

The MC100EP195BMNG also has many other useful features. It has a programmable control input which can be used to adjust the delay times in up to 250 nsec increments. It has very low power consumption, a maximum of 50 mA at 2.5V. It also has supply voltage clamping to ensure that the device does not damage due to overvoltage. This makes the device highly reliable and suitable for applications that require precision timing.

The MC100EP195BMNG is a very versatile and reliable device, suitable for a wide range of applications. Its delay times can be programmed precisely and it also has low power consumption. Its high reliability makes it suitable for a variety of automotive, computer, video and telecommunication applications.

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