High density, low power pin electronics are made using the CMOS technology. Highly integrated pin electronics enable the development of high density instruments to improve system reliability. Their applications include Automated Test Equipment (ATE), ASIC Verifiers, and Instrumentation.
In the technology-friendly world, there is an ever-emerging need for higher density and lower power ATE solutions to develop the next-generation, high density instruments. A highly integrated System-on-a-Chip (SOC) pin electronics solution effectively incorporates analog and digital functionality that is required for ATE.
These are the electronic circuitry in the power management test system , which is connected to a device under DUT. In addition to delivering power, voltages, and signals, the circuitry plays a key role in measuring a pin’s response and other characteristics.
The low power, high density integrated pin electronics are used to develop instruments for increased parallelism and improved system reliability. Developed in CMOS technology, the low power pin electronics help reduce the overall cost of testing.
From low leakage to support for a range of applications, there are many exciting features of high density and low power pin electronics, making them ideal for ATE. Here are some of the notable features of highly integrated System-on-a-Chip (SOC) pin electronics solutions:
A pin solution developed in a wide voltage Bi-CMOS process is a dual-channel pin that is used for Test During Burn-In (TDBI) applications. In addition, it can be used in the case of low-cost test equipment where the density, power, and cost are premium.
A highly integrated electronic pin solution efficiently incorporates both analog and digital functions for ATE. The chip’s interface, control, and input/output systems are digital. The analog circuitry is available inside the chip.
High Density Pin Electronics like Mercury (ISL55169) comes with eight channels integrated into each chip. All the channels are complete and independent.
The pin electronics are used where next generation high density instruments are made. They help improve reliability in the case of:
Automated Test Equipment (ATE)
ASIC Verifiers
Instrumentation
When searching for pin electronics, ensure they are low power, high density integrated pin electronics. They must be developed in the CMOS technology. Apart from that, consider their features and match them with your requirements. For example, Europa (ISL55180) is ideal to get real-time observation and control through a central monitor. In addition, it supports two force voltage ranges: 8V and 16V.
Compare different high density and low power pin electronics on the market and find the best solution for your ATE needs. All the best!
I am Eric Desuza a pro-level blogger with 5 years of experience in writing for multiple industries. I have extensive knowledge of Food, Fitness, Healthcare, business, fashion, and many other popular niches. I have post graduated in arts and have a keen interest in traveling.
