KD-5100+

High-reliability differential displacement measurement system with nanometer resolution

  • Upgraded, higher-reliability version of the KD-5100 using the identical proprietary hybrid microcircuit
  • Upgrades to circuit layout, ground connections, and sensor connectors
  • Higher-reliability diodes and capacitors
  • Manufactured to MIL-PRF-38534 Class H
  • MTBF exceeding 238,000 hours (space flight) and 55,000 hours (tactical)
  • Small package size: 2 × 2.12 × 0.75 inches — ideal for SWaP-C
  • Nanometer resolution
Specifications
Resolution To a nanometer (differential)
Output ±10 Vdc maximum
Package size 2 × 2.12 × 0.75 inches
Qualification MIL-PRF-38534 Class H
Reliability MTBF >238,000 hours (space flight); 55,000 hours (tactical)
Sensors
Sensor Target Material Static Resolution
15N Aluminum — smooth body, 0.188 in dia (0.172 in for -004) Up to ±0.035 in (±0.9 mm)
20N Aluminum — 0.4 in dia base mount Up to ±0.075 in (±1.9 mm)
Certifications

Manufactured to MIL-PRF-38534 Class H with MIL-SPEC components used throughout the electronics.

Options

Cryogenic sensors available for low-temperature applications.

DIT-5200 — a commercial version is available where MIL-SPEC, size, weight, and power are not critical.

Accessories

Matched sensor pairs, cables, and mounting hardware are available. Contact an applications engineer for configuration.

Frequently Asked Questions

How does the KD-5100+ differ from the KD-5100?

It is an upgraded, higher-reliability build on the identical hybrid microcircuit — with improved circuit layout, ground connections, sensor connectors, and higher-reliability diodes and capacitors, qualified to MIL-PRF-38534 Class H.

What applications suit the KD-5100+?

Laser communications satellites and ground stations, image stabilization, and directed energy systems for ground, shipboard, and airborne use — anywhere SWaP-C and high reliability are critical.

What is the reliability rating?

Mean time between failures exceeds 238,000 hours in a space-flight environment and 55,000 hours in a tactical environment.