Across many segments of the market today, interleaving analog-to-digital converters (ADCs)
offers several advantages in many applications. In communications infrastructure, there is a …

Abstract Analog-to-Digital Converters (ADCs) serve as the interfaces between the analog
natural world and the binary world of computer data. Due to this essential role, ADC circuits …

Today's wireless market is focused on mov-ing as many components as possible from the
analog domain to the digital domain to reduce cost per channel, size and power; improve …

In this chapter, a model for time-interleaved ADCs is presented. Frequency domain analysis
is used to illustrate how time-varying errors, such as gain, offset, and timing skew, affect the …

This paper analyzed the internal relationships of the performance parameters of ADCs,
showing their frequency dependency and structure dependency. The history and current …

Until the late 1980's, military requirements tended to drive data converter markets. Military
needs were driven by radar, communications applications and EMP1 detection. Often these …

Future generations of optical networks will require optical interfaces that operate beyond 1
Tb/s to keep up with the exploding worldwide Internet data capacity. The data converters …

Software-defined multi-gigahertz receivers require high-speed ADCs at the frontend. Time
interleaving has emerged as the most common method of achieving ultra-fast quantization at …

An analogue-to-digital converter (A/D converter or ADC) takes a continuous analogue input
signal, most often a voltage Vx V, and converts it into an N-bit binary number, which can then …

Time-interleaved Analog-to-Digital Converters describes the research performed on low-
power time-interleaved ADCs. A detailed theoretical analysis is made of the time-interleaved …