Job Requirements

Job Responsibilities

Responsibilities include all technical aspects of design from feasibility to specification to monitoring layout of the design, tape out and silicon validation.
This will require interaction with customer to understand customer requirements, develop product specification and to provide technical support.
Besides close interaction with the design team, the engineer is expected to support and guide the layout team.
Proper documentation will have to be provided throughout including a detailed test plan for the validation of the design/IP.

Thorough understanding of detailed analog circuit design and the ability to design independently various functional blocks.
Detailed knowledge in the design and operation of the following analog blocks:
- Basic Analog building blocks (op amps, comparators, current sources, currentmirrors, voltage references).
- Power management blocks (bandgap references, linear regulators, DC-DC converter of various topologies, LDOs).
- System level protection blocks (UVLO, POR, OTP, Short circuit protection etc).
- PLL and transceiver blocks (output drivers, multiplexer and de-multiplexer, clock generator, equalizers, clock and data recovery, frequency detectors, oscillators, filters).
- ADCs and DACs.
In-depth understanding of leading process technologies such as sub-micron CMOS/BiCMOS/DMOS, BCD, HV.
Experience with design practices such as minimizing device mismatch, noise, signal coupling,ESD, latchup and device SOA is a must.
Experience with simulation tools required to efficiently simulate analog/mixed-signal circuits e.g. Spectre, Ultrasim, HSpice, etc.
Understanding of simulation models, design rules and verification procedures (DRC/LVS/ERC) is essential.
Modelling and design skills in Verilog-A/Verilog-AMS and system modelling with Matlab is an added advantage.
Experience in IO interface circuit design and analysis.
Exposed to High Speed IOs e.g. USB2, LVDS, PCIE, Serdes, MIPI.

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