MC100EP196BMNG

Series:	100EP
Packaging:	Tube
Part Status:	Active
Number of Taps/Steps:	1024
Function:	Programmable
Delay to 1st Tap:	2.5ns
Tap Increment:	10ps
Available Total Delays:	2.5ns ~ 13ns
Number of Independent Delays:	1
Voltage - Supply:	3 V ~ 3.6 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	32-VFQFN Exposed Pad
Supplier Device Package:	32-QFN (5x5)
Base Part Number:	MC100EP196B

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Introduction to MC100EP196BMNGThe MC100EP196BMNG is a clock/timing-delay line from ON Semiconductor. This device utilizes advanced silicon-on-insulator (SOI) silicon and BiCMOS technologies to provide accurately regulated, low-cost signal delays of up to 1.6 nanoseconds (ns). This makes the MC100EP196BMNG ideal for a range of applications, including Data and signal delay, Asynchronous and Synchronous data transmission, Clock signal buffering, Clock signal Skew control, and more. ApplicationsOne of the primary applications of the MC100EP196BMNG is in the design of clock-controlled signaling systems. This is useful for applications such as encoding/decoding data, controlling signal timing within communication networks, and in clock-synchronized circuitry. In a typical application, the MC100EP196BMNG is used to transmit data asynchronously, ensuring data is read with the correct timing. This device can also be used in clock buffering to ensure that clock signals are received with a consistent phase, reducing the chance of errors due to skews in transmission times.The MC100EP196BMNG is also suitable for synchronous data transmission. This means that data can be sent across a wide range of frequencies, with a set delay for each signal. This could be used, for example, for controlling various systems such as medical or industrial machines, or data-acquisition systems. In addition to this, the MC100EP196BMNG could also be used in clock signal skew control, where the device delays clock signals\'stimings, to compensate for differences in transmission times across different channels. This ensures that timing signals arrive at the correct time, ensuring accurate data processing.Working principleThe MC100EP196BMNG works on a relatively simple principle. The device is designed to delay a signal, allowing it to be sent with a precise timing. The delay is configurable through a single resistor, allowing for precise tuning of the delay time. The device can also drive any load, without the need for external buffering.The MC100EP196BMNG has two inputs which are used to set the delay. The first input is a Delay Input, which is used to set the precise delay time. The second input is a CLK input, which is used to activate the delay. The CLK input-activated delay ensures that the data is received from the delay line in a predictable and consistent manner, with minimal variation in data arrival times.The MC100EP196BMNG also features a tripled-output architecture, allowing the device to be used in a range of different applications. This means signals can be sent simultaneously via different output channels, ensuring the device is both cost-effective and space-efficient. Conclusion The MC100EP196BMNG is a clock/timing-delay line from ON Semiconductor that can be used for a range of different applications, including asynchronous and synchronous data transmission, clock signal buffering and clock signal skew control. It works by delaying a signal, allowing it to be sent with precise timing, and has two inputs which are used to set the delay. This device also features a tripled-output architecture, ensuring signals can be sent via different output channels simultaneously.

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