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Six Channel 10 MHz, Six Channel PPS Simulator- OCXO based - NR3612-O
Six Channel 10 MHz, Six Channel PPS Simulator- OCXO based - NR3612-O

All Products

Six Channel 10 MHz, Six Channel PPS Simulator- OCXO based – NR3612-O

Six Channel 10 MHz, Six Channel PPS Frequency Reference - OCXO based - NR3612-OG
Six Channel 10 MHz, Six Channel PPS Frequency Reference - OCXO based - NR3612-OG

GNSS Locked References

Six Channel 10 MHz, Six Channel PPS Frequency Reference – OCXO based – NR3612-OG

Six Channel 10 MHz Lock-In Amplifier NA3626L
Six Channel 10 MHz Lock-In Amplifier NA3626L

Distribution Amplifiers

Six Channel 10 MHz Lock-In Amplifier NA3626L

NR3626-O 6-Channel 10 MHz OCXO Frequency Reference
NR3626-O 6-Channel 10 MHz OCXO Frequency Reference

Frequency References

NR3626-O 6-Channel 10 MHz OCXO Frequency Reference

Six Channel 10 MHz Distribution Amplifier-ND3626-R
Six Channel 10 MHz Distribution Amplifier-ND3626-R

Distribution Amplifiers

Six Channel 10 MHz Distribution Amplifier-ND3626-R

NR3700-O | Dual-Channel Low Cost 10 MHz & 1 PPS OCXO Reference
NR3700-O | Dual-Channel Low Cost 10 MHz & 1 PPS OCXO Reference

Frequency References

NR3700-O | Dual-Channel Low Cost 10 MHz & 1 PPS OCXO Reference

NR300 portable frequency reference feature Rubidium holdover provides stability of 1 ppb for 4 hours- 10 MHz, PPS and IRIG outputs
NR300 portable frequency reference feature Rubidium holdover provides stability of 1 ppb for 4 hours- 10 MHz, PPS and IRIG outputs

Frequency References

NR300 | Ruggedized Portable 10 MHz GNSS Locked OCXO Reference with Rubidium Holdover Stability within 0.5 ppb

NR7000-P picoPod Synthesized 1PPS Source - OCXO Stabilized Precision Timing
NR7000-P picoPod Synthesized 1PPS Source - OCXO Stabilized Precision Timing

Aerospace

NR7000-P picoPod Synthesized 1PPS Source – OCXO Stabilized Precision Timing

NR7000-O picoPod 10 MHz and Synthesized PPS in Compact Chassis
NR7000-O picoPod 10 MHz and Synthesized PPS in Compact Chassis

Frequency References

NR7000-O picoPod 10 MHz and Synthesized PPS in Compact Chassis

NR7000-OG-NAV picoPod GNSS GPS Locked 10 MHz Frequency Reference in Compact Chassis
NR7000-OG-NAV picoPod GNSS GPS Locked 10 MHz Frequency Reference in Compact Chassis

Aerospace

NR7000-OG-NAV picoPod GNSS GPS Locked 10 MHz Frequency Reference in Compact Chassis

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GNSS Locked References

pico Pod Frequency Reference – 10 MHz, 50 MHz, 100 MHz NR7005

NR7000-R picoPod Compact Rubidium GNSS Locked 10 MHz Low Noise Frequency Reference
NR7000-R picoPod Compact Rubidium GNSS Locked 10 MHz Low Noise Frequency Reference

Aerospace

NR7000-R picoPod Compact Rubidium GNSS Locked 10 MHz Low Noise Frequency Reference

NTP Time Server | Dual Channel GNSS-Locked 10 MHz OCXO Reference (NR2110D-O/G)
NTP Time Server | Dual Channel GNSS-Locked 10 MHz OCXO Reference (NR2110D-O/G)

Time Servers

NTP Time Server | Dual Channel GNSS-Locked 10 MHz OCXO Reference (NR2110D-O/G)

NR3606
NR3606

GNSS Locked References

NR3606-OG | GNSS-Locked 10 MHz Reference Featuring Three 10 MHz Sine and Three 1PPS plus LVDS

NR3620-HS-R High-Stability GNSS GPS Disciplined Oscillator 10 MHz Frequency Reference
NR3620-HS-R High-Stability GNSS GPS Disciplined Oscillator 10 MHz Frequency Reference

Rubidium Sources

NR3620-HS-R High-Stability GNSS GPS Disciplined Oscillator 10 MHz Frequency Reference

NR3620-HS High Stability GNSS GPS Disciplined Oscillator 10 MHz PPS Frequency Reference NMEA
NR3620-HS High Stability GNSS GPS Disciplined Oscillator 10 MHz PPS Frequency Reference NMEA

Frequency References

NR3620-HS High Stability GNSS GPS Disciplined Oscillator 10 MHz PPS Frequency Reference NMEA

NR3606
NR3606

Frequency References

NR3606-OG GNSS-Locked 10 MHz Reference Featuring Three 10 MHz Sine and Three 1PPS with LVDS

Dual Channel, GNSS GPS Disciplined, Low Phase Noise Rubidium 10 MHz Frequency Reference NR2110D-ROG-HS3
Dual Channel, GNSS GPS Disciplined, Low Phase Noise Rubidium 10 MHz Frequency Reference NR2110D-ROG-HS3

Rubidium Sources

Dual Channel, GNSS GPS Disciplined, Low Phase Noise Rubidium 10 MHz Frequency Reference NR2110D-ROG-HS3

Dual Channel Low Noise Rubidium 10 MHz Frequency Reference with GNSS Locking NR2110D-R/O/G
Dual Channel Low Noise Rubidium 10 MHz Frequency Reference with GNSS Locking NR2110D-R/O/G

Rubidium Sources

Dual Channel Low Noise Rubidium 10 MHz Frequency Reference with GNSS Locking NR2110D-R/O/G

Dual Channel Low Noise Rubidium 10 MHz Frequency Reference NR2110D-R-O
Dual Channel Low Noise Rubidium 10 MHz Frequency Reference NR2110D-R-O

Rubidium Sources

Dual Channel Low Noise Rubidium 10 MHz Frequency Reference NR2110D-R-O