5962-8759104LX

Overview

The 5962-8759104LX is a high-speed, dual-channel analog-to-digital converter (ADC) from the Analog Devices AD10242 family. It features a pipeline architecture with 12-bit resolution and a sampling rate of 40 MSPS. The device utilizes an internal reference voltage and supports parallel digital interfaces. Designed for military and aerospace environments, it operates within a temperature range of -55°C to +125°C and is housed in a CLCC-68 package.

Feature Summary

• Dual-channel simultaneous sampling capability
• Pipeline architecture for high throughput
• Internal voltage reference integration
• Military-grade radiation hardening

Applications

• Phased array radar systems
• Electronic warfare signal processing
• Aerospace telemetry data acquisition
• High-performance instrumentation

Procurement Notes

This component is a military-grade part subject to strict quality control standards. Verify that the specific suffix matches the required screening level and radiation hardness specifications for your application. Availability may be limited due to specialized manufacturing processes. Confirm compliance with relevant defense procurement regulations before integration.

Selection Notes

Select this device when dual-channel synchronization and high-speed conversion are critical. The internal reference simplifies board design compared to external reference solutions. Ensure the parallel interface timing requirements align with the system processor. Consider thermal management capabilities given the power dissipation characteristics of the CLCC-68 package.

Part Context

Part of the AD10242 family, which provides high-speed, low-power ADCs for demanding applications. This specific number denotes a screened version suitable for harsh environments. It complements other ADI signal chain components by providing precise digitization for analog signals in complex systems.

Replacement Considerations

Direct replacements must match the pinout, package type, and electrical performance of the AD10242 family. Verify that any substitute maintains the same operating temperature range and radiation tolerance levels required for the original design.