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Alternatives to Analog Devices Inc. DC1075B-A

Analog Devices Inc. DC1075B-A and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for Analog Devices Inc. DC1075B-A

DC1075B-A compared against its qualified second sources
DC1075B-AAnalog Devices Inc.DC1075B-BAnalog Devices Inc.DC1075B-CAnalog Devices Inc.+1more
FFF CompatibilityThe physical board layout, power terminals, SMA connector types, and locations are 100% identical.The board dimensions, form factor, and mounting hole positions match the target perfectly.It utilizes the HMC432E prescaler to divide by 2, whereas the target DC1075B-A divides by 4. The maximum input frequency is also lower (500 MHz vs 1100 MHz).The physical board layout, power terminals, SMA connector types, and locations are 100% identical.The board dimensions, form factor, and mounting hole positions match the target perfectly.It utilizes the HMC434E prescaler to divide by 8, whereas the target DC1075B-A divides by 4.
AI Summary

DC1075B-A by Analog Devices Inc.: HMC433E, LT1962 - Clock Divider Timing Evaluation Board.

This is an direct sister assembly from the same DC1075B series. It shares the identical physical PCB design, power supply, and input/output interfaces, but uses a different prescaler (HMC432E) to divide the input clock by 2 instead of 4. This is a seamless physical drop-in for testing setups if the division ratio can be adapted.

  • Same physical board layout, mounting footprint, and SMA connections
  • Identical power supply requirement (3.3V to 6.5V) and low-noise LT1962 regulator
  • Includes the low-jitter D-type flip-flop re-timing stage
  • Divides input clock by 2 instead of 4
  • Lower maximum input frequency limit (500 MHz vs 1100 MHz)

This is a direct sister assembly from the same DC1075B series utilizing the HMC434E prescaler to divide the input clock by 8 instead of 4. It offers a drop-in physical replacement with a higher maximum input frequency capability of 1300 MHz. This is ideal if your application can accommodate or benefit from a larger clock division factor.

  • Same physical board layout, mounting footprint, and SMA connections
  • Identical power supply requirement (3.3V to 6.5V) and low-noise LT1962 regulator
  • Supports a higher maximum input frequency (1300 MHz vs 1100 MHz)
  • Divides input clock by 8 instead of 4
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