Catalog

Call Today – (816) 836-7446

1
Yes
None
1
16
/catalog/

Product Catalog

Thumbnail
Filter
Clear All

Main Category

Filter by :

Chassis:

Channels:

Frequency:

Tags:

73 products«1 of 5»
73 products«1 of 5»
73 products«1 of 5»
10 Channel Frequency Reference Distribution Amplifier-ND0100-R
ND0100-R ID-2

10 Channel Frequency Reference Distribution Amplifier
ND0100-R

Ten channel low-noise frequency reference distribution amplifier. Ten identical amplifiers feature skew of ~ 5 ns. Each channel independently monitored for load impedance mismatch with independent warning indicators on the front panel. Outputs are transient and short circuit protected. Harmonic distortion well below -30 dBc. Minimal additive phase noise.  While primarily used as a 10 MHz distribution amplifier, options are available to handle reference signals from 1 to 10 MHz.

 

  • 1 to over 10 MHz
  • Minimal phase noise contribution to the frequency reference (-150 dBc/Hz @ 1kHz) Harmonics <-30dBc.
  • Front panel signal frequency reference amplitude indicators.
  • Fault indicators for each output. High impedance (Z>1 KOhm) option allows signal levels 6 volts p-p.
  • Internal self-test drives indicators and alert signal.
  • All inputs and outputs fault and transient protected.
  • Also available with 10 MHz square CMOS outputs.

Need SNMP-Remote monitoring- a local display? See the NR2310D-R

Data Sheet: ND0100-R Rev. J 6-19-19.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel GNSS Locked Source with Dual-Time Base - NR2310D-O/G
NR2310D-OG ID-16

10 Channel GNSS Locked Frequency Reference with Dual-Time Base

NR2310D-O/G-Dual

Ten channel reference offers GNSS-locked stability with a completely independent integrated gap-less frequency counter to assure the integrity of the primary reference. Ten channels meet the needs of most applications without a distribution amplifier.  Continuous channel monitoring available locally or via RS232/Ethernet (SNMP). Dual power source options for AC and DC power driven systems. Dual-time base option adds integrity to your time base.

  • Ten transient and fault protected channels with fault indicators on the front panel.
  • Dual-time base option – internal gap-less embedded frequency counter continuously monitors the reference with its own indepenedent GNSS based reference.
  • Option – operates from AC or DC power sources independently or redundantly.
  • Monitor and set alert limits on each output.
  • Two-stage amplifier design isolates the source from the amplifier outputs, thereby protecting the source.
  • SNMP provides remote monitoring and control
  • Available with either BNC or SMA output connectors
  • Available with 10 MHz Square CMOS outputs.

 

 

 

 

 

 

Data Sheet: NR2310D-O-G A 0050420.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel GNSS-Locked 10 MHz Frequency Reference - NR2310-O/G
NR2310-OG ID-10

10 Channel GPS/GNSS Locked 10 MHz Frequency Reference

NR2310-O/G

A solid, low cost 10 channel platform. Embedded 26 channel GNSS receiver locks and stays locked in weak signal environments. Transient and fault protected channels designed for the a high level electromagnetic environment to provide years of reliable service.  AC and DC power options available for critical installation.

 

•10 channel 10 MHz reference with built-in GNSS receiver. 

•10 channel GNSS locked OCXO 10 MHz frequency reference.

•Low phase noise OCXO –  125dBc/Hz at 100 Hz.

•OCXO daily aging <+-5 ppb/day.

•Locked accuracy <3E-11.

•10 channels very often eliminate the need for a distribution amplifier.

•Harmonics are well below -30dB.

•Chassis is 1 RU (~1.7 inches) and saves valuable rack space.

•All inputs and outputs are transient protected.

•Built-in test.

•Status relay connected to a rear panel connector that opens if a system failure occurs.

•Unit features auto-calibration to compensate for long-term drift.

Also available with 10 MHz Square CMOS outputs

•High performance 26 channel GPS receiver that supports GPS, GLONASS, SBAS, QZSS. By being able to receive data from multiple satellite constellations, lower lock time is achieved. Maintaining lock in poor signal environments is enhanced.

 

Optional Networking and SNMP available (see NR2310D-O/G).

 

 

 

Data Sheet: NR2310-OG A 07202020.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel Low Noise Rubidium Reference NR2310D-R-O
NR2310D-RO ID-66

10 Channel Low Noise Rubidium Frequency Reference with Display and Networking – NR2310D-R

NR2310D-R-O

For many applications, the phase noise of a Rubidium reference is not acceptable. The NR2310D-R-O incorporates a low noise OCXO that is disciplined to the Rubidium reference. Ten channels typically meets the needs of most systems eliminating the need for a distribution amplifier and minimizing noise degradation. All channels are continuously monitored and displayed locally and accessible via RS232 or Ethernet.

  • 10 transient and fault protected channels with local indicators on the front and rear panel.
  • Option-operates from AC or DC power sources..
  • Monitor and set alert limits on each output.
  • aging less than 5E-11/month
  • temperature stability <5E-10 0 to 50C
  • Warm-up time , 12 min
  • High stability PPS option available , < 100 ps -P-P (see curve)
  • Available with BNC or SMA output connectors
  • Also available with 10 MHz square CMOS outputs.

10Hz     -130
100Hz   -140
1K         -145
10K       -150

Data Sheet: NR2310D-R-O 05202020.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel Low Noise Rubidium Reference with GNSS Locking NR2310D-R-O_G
NR2310D-ROG ID-67

10 Channel, GNSS Locked Low Noise Rubidium Frequency Reference with Display and Networking – NR2310D-R-O-G

NR2310D-R-O-G

For many applications, the phase noise of a Rubidium reference is not acceptable. The NR2310D-R-O incorporates a low noise OCXO that is disciplined to the Rubidium reference. This product also adds a 26 channel GNSS receiver that brings the long-term stability of GNSS. The NR2310D-ROG brings the best of three timing technologies together- the low phase noise of the OCXO, excellent holdover stability of Rubidium and the long-term stability of GNSS locking.  Ten channels typically meets the needs of most systems eliminating the need for a distribution amplifier and minimizing noise degradation. All channels are continuously monitored and displayed locally and accessible via RS232 or Ethernet.

  • 10 transient and fault protected channels with local indicators on the front and rear panel.
  • Option-operates from AC or DC power sources..
  • Monitor and set alert limits on each output.
  • aging less than 5E-11/month (unlocked)
  • temperature stability <5E-10 0 to 50C (unlocked)
  • Warm-up time , 12 min
  • High stability PPS option available , < 100 ps -P-P (see curve)
  • Available with BNC or SMA output connectors
  • Networking with SNMP
  • Available with 10 MHz square CMOS outputs.

10Hz     -130
100Hz   -140
1K         -145
10K       -150

Data Sheet: NR2310D-R-O-G 05212020.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel OCXO Based Reference with Local and Remote Monitoring- NR2310D-O
NR2310D-O ID-59

10 Channel 10 MHz Frequency Reference with Local and Remote Monitoring

NR2310D-O

Ten channel reference offers the stability of a SC cut OCXO stabilzed with a band gap reference. Local display and controls allow channel by channel status. RS232 and Ethernet capability enable romote monitoring and control (SNMP). Ten channels meet the needs of most applications without a distribution amplifier. Dual power source options for AC and DC power driven systems.

  • Ten transient and fault protected channels.
  • Option – operates from AC or DC power sources independently or redundantly.
  • Monitor and set alert limits on each output.
  • Two-stage amplifier design isolates the source from the amplifier outputs, thereby protecting the source.
  • SNMP provides remote monitoring and control
  • Also available with 10 MHz square CMOS outputs.

 

 

 

 

 

 

Data Sheet: NR2310D-O 05142020.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel PPS-IRIG Distribution Amplifier-ND2310D-PPS
ND2310D-PPS ID-72

10 Channel PPS, IRIG Distribution Amplifier
ND2310-D-PPS

Ten channel  high performance PPS distribution amplifier features subnanosecond skewing (typically less than 200ps). Output drive factory configurable for BNC or SMA connectors, 3.3 or 5 Vdc logic levels and 50 Ohm drive capability. Each channel independently monitored for load impedance mismatch with independent warning indicators on the front panel. Outputs are transient and short circuit protected. Unit accepts two inputs and automatically selects valid input. Unit measures and reports pulse width.

 

  • Skewing below 500 ps (typically < 200 ps)
  • IRIG (modulated)
  • 50 Ohm drive capability at 3.3 or 5 Vdc logic levels
  • Front panel amplitude and pulse width indicators
  • Internal self-test drives indicators and alert signal.
  • All inputs and outputs fault and transient protected.

 

Data Sheet: ND0103-p 091120.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel PPS Source - Atomic Holdover Option NR2310-P/G
NR2310-PG ID-27

10 Channel PPS Source

NR2310-P/G

Ten transient and fault protected PPS outputs with < 2 ns of channel skewing. Each channel is monitored and status displayed on the front panel. Built-in self-test drives a signal that can be tied into an alarm panel.  Atomic holdover option holds PPS drift to less than 1 usec/hour ideal for GPS unstable environments.10 MHz frequency reference output available to stabilize local oscillators.

● Ten fault and transient protected outputs.

● Ten channels frequently eliminate the need for a distribution amplifier.

● Channel skewing < 2 ns.

● Drives 3.3 Vdc LVCMOS or 5 Vdc into 50 Ohms

● PPS accuracy < 1 Sigma 15 ns

● Optional 10 MHz low noise GPS locked output.

● Available as an atomic PPS source for GPS denied environments.

Data Sheet: NR2310D-PPS 07022020.pdf
Chassis: Rack Mount
Channels: 3 channel
Frequency: 10 MHz
10 Channel Rubidium Reference Featuring Low Phase Noise NR2310-R/O
NR2310-RO ID-24

10 Channel Low Phase Noise Rubidium Frequency Reference

NR2310-RO

The phase noise for a standard Rubidium source is not acceptable for some applications. Our low noise Rubidium frequency reference incorporates a low noise OCXO that is locked to the Rubidium source. This combination gives you the best of two technologies – the stability of Rubidium and the low noise of an OCXO. This single rack unit chassis, having ten channels, frequently meets the needs of complex systems and often eliminates the need for a distribution amplifier.

  • Temperature stability <3E-10.
  • Harmonics <25 dBc Output amplitude 6.0 dBm.
  • Phase Noise (dBc/Hz).

10Hz     -125
100Hz   -140
1K         -145
10K       -150

  • Excellent holdover stability <3E-10/month.
  • Outputs are fault protected and monitored continuously.
  • Built-in test circuitry throughout the design.
  • Power supplies, signal present are monitored.
  • Available with 10 MHz square CMOS outputs.
Data Sheet: NR2310-R-O 050620.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 Channel Rubidium Reference NR2310D-R
NR2310D-R ID-65

10 Channel Rubidium Frequency Reference with Display and Networking – NR2310D-R

NR2310D-R

A low cost reference featuring the stability of Rubidium (< 1 ppb/year). In many applications, an OCXO does not have the stability required and GNSS locking is not an option. This reference offers excellent stability where cost is a major driver and the higher phase noise of Rubidium is acceptable. If low phase is also required see our NR2310D-RO that adds a low phase noise OCXO to improve phase noise. The ten channel configuration yields a better phase noise and skewing than a reference and a separate distribution amplifier. Skewing for the ten channels is less than 5 ns. This single rack unit chassis, having ten channels, frequently meets the needs of complex systems and often eliminates the need for a distribution amplifier.

  • Temperature stability <3E-10.
  • Harmonics <25 dBc Output amplitude 6.0 dBm.
  • Phase Noise (dBc/Hz).

10Hz     -85
100Hz   -115
1K         -135
10K       -140

  • Excellent holdover stability <3E-10/month.
  • Outputs are fault protected and monitored continuously.
  • Built-in test circuitry throughout the design.
  • Power supplies, signal present are monitored.
  • SNMP available
  • Also available with 10 MHz square CMOS outputs.
Data Sheet: NR2310D-R 05202020.pdf
Chassis: Rack Mount
Channels: 10 channel
Frequency: 10 MHz
10 MHz GNSS Disciplined Frequency Reference with Stabilized PPS PCB Assembly-NR4430-O/G
NR4430-OG ID-6
10 MHz GNSS-Locked OCXO Based Frequency Reference PCB Assembly
– Digital Control Loop Enables Low Jitter PPS and Low Close in Phase Noise

NR4430-O/G

 

Compact GNSS-locked reference designed to be easily integrated into your system to provide precision 10 MHz, PPS and NMEA for master timing. The unit features a 26 channel high-sensitivity, high-accuracy multi-GNSS receiver. Supports TRAIM, GPS, GLONASS, QZSS, SBAS, Active Anti-Jamming and Advanced Multi-path Mitigation functions. Digital control loop provides low close-in phase noise and pulse-t0-pulse jitter on the PPS of less than 1 ns. Auto-calibration stores the most recent compensation coefficients – dramatically minimizing long-term drift. Single 5 Vdc power supply simplifies system integration. Status signals alert the system to BIT failures or loss of GNSS signal. See the attached white paper on GNSS reference design notes.

  • Simple integration requires only a single 5 Vdc power supply.
  • NMEA at full RS232 levels (logic levels available option)
  • Status signals alert of a long-term GNSS loss.
  • Low phase noise.
  • PPS p-p jitter < 1 ns.

Specifications:

Typical Phase Noise

Offset                   Phase Noise (dBc/Hz)
1 Hz                        -95

10 Hz                     -120

100 Hz                  -150

1kHz                      -152

Data Sheet: NR4330-OG A 050120.pdf
Chassis: PCB Assembly
Channels: 1 channel
Frequency: 10 MHz
10 MHz TCXO GNSS Locked Frequency Reference PCB Assembly-NR4400-T
NR4400-T ID-7

10 MHz GNSS-Locked TCXO Based Frequency Reference PCB Assembly – PPS, NMEA with Auto-Calibration – Low Cost TCXO

NR4400-T

Compact TCXO based GNSS-locked reference designed to be easily integrated into your system to provide precision 10 MHz, PPS and NMEA for master timing. The unit features a 26 channel high-sensitivity, high-accuracy multi-GNSS receiver. Supports TRAIM, GPS, GLONASS, QZSS, SBAS, Active Anti-Jamming and Advanced Multi-path Mitigation functions. Auto-calibration stores the most recent compensation coefficients – dramatically minimizing long-term drift. Single 5 Vdc power supply for convenient system integration. Status signals alert the system to BIT failures or loss of GNSS signal. A low cost alternative to an OCXO based reference for less demanding phase noise applications.

  • 26 channel GNSS receiver.
  • Simple integration requires only a single 5 Vdc power supply.
  • NMEA at full RS232 levels (logic levels available option)
  • Status signals alert of a long-term GNSS loss.
  • Low phase noise.
  • Frequencies to 100 MHz available.
  • Power consumption < 1 Watt.

 

Specifications:

Typical Phase Noise

Offset                   Phase Noise (dBc/Hz)
1 Hz                        -50

10 Hz                      -100

100 Hz                   -120

1kHz                      -140

Data Sheet: NR4400-T-G 050520.pdf
Chassis: PCB Assembly
Channels: 1 channel
Frequency: 10 MHz
10 MHz Ultra-Low Close-In Phase Noise with Stabilized PPS NR6720-O/G/A6
NR6720-OG-A6 ID-29

10 MHz Low Close-In Phase Noise with Stabilized PPS

 

NR6720-O/G/A6

The NR6720-O/G/A6 features extremely low frequency jitter despite being GNSS-locked. GNSS-locking brings a long-term stability to an OCXO that is difficult to match. Instead of an accuracy of 50 ppb/year – accuracies of ~E-12 are readily achieved. However, locking an OCXO to the GNSS presents its own set of problems. The timing information from the GNSS is burdened with all the noise one would expect from a RF link – multi-path, reflections, etc. Long-term stability is enhanced frequently at the expense of “close-in” stability. Low frequency components from the RF link are introduced to the OCXO, often degrading the Allan Deviation of the OCXO. The NR6720-O/G/A6 uses a unique crystal and proprietary control loop to minimize “close-in” degradation while securing long-term stability. The unit also features very low PPS pulse-to- pulse jitter. Instead of the +- 10 ns of PPS jitter from the receiver, the PPS stabilizer reduces PPS jitter to under 800 ps.

  • Holdover stability of 5 ppb/day,  50ppb/year.
  • LVDS port available for either PPS or 10 MHz
  • PPS stability option- P-P jitter < 800 ps.
  • Locked accuracy <4E-11.
  • Available -60 to +60 Vdc in three ranges or AC power adapter
  • Concurrent reception of GPS and GLONASS.
  • PPS accuracy 15 ns @ 1 sigma
  • Secondary channel synthesized frequency.
  • Indicators and signals provide GPS/GNSS lock and unit self-test status.
  • NMEA available via RS232 port.
  • PPS CMOS port can drive 50 Ohm

 

Typical Phase Noise

NR6720 HS PN table

 

 

Chassis: Modular
Channels: 2 channel
Frequency: 10 MHz
6 Channel 10 MHz Reference in PC104 Form Factor-NR4600-O/G
NR4600-OG ID-15

PC104 Six Channel 10 MHz GNSS Locked Frequency Reference with PPS and NMEA

NR4600-O/G

Six independent 13 dBm sine outputs that are fault and transient protected and individually monitored. Channel status available over RS232 port. NMEA -0183 port at full RS232 levels or 3.3 Vdc logic. PPS at 3.3 Vdc  Only a single voltage power source required. The unit also features auto-calibration that compensates for long-term crystal drift to provide years of precise performance. There is also a GPS lock status signal, PPS and serial port to provide access to NMEA  and equipment status.

  • 26 channel high-sensitivity, high-accuracy multi-GNSS receiver. Supports TRAIM, GPS, GLONASS, QZSS, SBAS, Active Anti-Jamming and Advanced Multi-path Mitigation functions.
  • PC104 compliant mechanical design.
  • Operates from -60 to +60 Vdc power in three ranges.
  • Auto-calibration minimizes long-term drift.

Specifications:

Typical Phase Noise

Offset                   Phase Noise (dBc/Hz)
1 Hz                        -90

10 Hz                      -130

100 Hz                   -150

1kHz                       -152

Data Sheet: NR4600-O-G DS Rev E 050420.pdf
Chassis: PCB Assembly
Channels: 6 channel
Frequency: 10 MHz
Dual Channel GNSS Locked 10 MHz Reference with Networking-NR2110D-O/G
NR2110D-OG ID 17

Dual Channel GNSS Locked OCXO 10 MHz Frequency Reference with Networking/Dual-Time Base Option

NR2110D-O/G

Dual channel GNSS-locked OCXO, 10 MHz frequency reference with PPS and Ethernet connectivity. The unit features auto-calibration so that the most recent coefficients to compensate the OCXO for drift due to aging and/or temperature are stored and applied to the OCXO during GPS loss-of-lock conditions. High performance 26 channel GNSS receiver that supports GPS, GLONASS, SBAS, QZSS. By being able to receive data from multiple satellite constellations, lower lock time is achieved. Front panel display and Ethernet port allows remote status reporting. Dual time base option adds a completely independent GNSS receiver and gapless counter to monitor the 10 MHz reference- warns of a reference out of tolerance condition.

  • OCXO holdover.
  • OCXO holdover stability 5 ppb/day – 50 ppb/ year.
  • Auto-Calibration continually preserves OCXO GNSS derived compensation coefficients.
  • Outputs are transient and fault protected.
  • Fault status drives a front panel LED..
  • Low phase noise  -145dBc/Hz @ 1 kHz.
  • Locked accuracy <1E-11.
  • Front panel status indicators for channel faults, antenna fault or open, oven and unit alert.
  • Front panel LCD status display.
  • Dual-time base option continually monitors the primary reference.
  • Ethernet connectivity.
  • AC/DC power capability.
  • Optional NTP time server.
Data Sheet: NR2110D-O-G A 0050420.pdf
Chassis: Rack Mount
Channels: 2 channel
Frequency: 10 MHz
Dual Channel Low Cost Rubidium Reference NR2110D-R
NR2110D-R ID-71

Dual Channel, Low Cost Rubidium Frequency Reference with Display and Networking – NR2110D-R

NR2110D-R

Low Cost dual channel 10 MHz Rubidium frequency reference.  Channels are continuously monitored and displayed locally and accessible via RS232 or Ethernet.

  • Two transient and fault protected channels with local indicators on the front and rear panel.
  • Option-operates from AC or DC power sources..
  • Monitor and set alert limits on each output.
  • aging less than 5E-11/month (unlocked)
  • temperature stability <5E-10 0 to 50C (unlocked)
  • Warm-up time , 12 min
  •  BNC output connectors
  • Networking with SNMP

10Hz     -85
100Hz   -115
1K         -135
10K       -140

Data Sheet: NR2110D-R 07012020.pdf
Chassis: Rack Mount
Channels: 2 channel
Frequency: 10 MHz
73 products«1 of 5»
73 products«1 of 5»
10 Channel Frequency Reference Distribution Amplifier-ND0100-R
10 Channel Frequency Reference Distribution Amplifier ND0100-R Ten channel low-noise frequency reference distribution amplifier. Ten identical amplifiers feature skew of ~ 5 ns. Each channel independently ... Read More
ND0100-R ID-2
10 Channel GNSS Locked Source with Dual-Time Base - NR2310D-O/G
10 Channel GNSS Locked Frequency Reference with Dual-Time Base NR2310D-O/G-Dual Ten channel reference offers GNSS-locked stability with a completely independent... Read More
NR2310D-OG ID-16
10 Channel GNSS-Locked 10 MHz Frequency Reference - NR2310-O/G
10 Channel GPS/GNSS Locked 10 MHz Frequency Reference ... Read More
NR2310-OG ID-10
10 Channel Low Noise Rubidium Reference NR2310D-R-O
10 Channel Low Noise Rubidium Frequency Reference with Display and Networking – NR2310D-R ... Read More
NR2310D-RO ID-66
10 Channel Low Noise Rubidium Reference with GNSS Locking NR2310D-R-O_G
10 Channel, GNSS Locked Low Noise Rubidium Frequency Reference with Display and Networking – NR2310D-R-O-G ... Read More
NR2310D-ROG ID-67
10 Channel OCXO Based Reference with Local and Remote Monitoring- NR2310D-O
10 Channel 10 MHz Frequency Reference with Local and Remote Monitoring NR2310D-O Ten channel reference offers the stability of a SC cut OCXO stabilzed with a ba... Read More
NR2310D-O ID-59
10 Channel PPS-IRIG Distribution Amplifier-ND2310D-PPS
10 Channel PPS, IRIG Distribution Amplifier ND2310-D-PPS Ten channel  high performance PPS distribution amplifier features subnanosecond skewing (typically less than 200ps). Output drive factory configura... Read More
ND2310D-PPS ID-72
10 Channel Rubidium Reference Featuring Low Phase Noise NR2310-R/O
10 Channel Low Phase Noise Rubidium Frequency Reference NR2310-RO ... Read More
NR2310-RO ID-24
10 Channel Rubidium Reference NR2310D-R
10 Channel Rubidium Frequency Reference with Display and Networking – NR2310D-R NR2310... Read More
NR2310D-R ID-65
10 MHz GNSS Disciplined Frequency Reference with Stabilized PPS PCB Assembly-NR4430-O/G
10 MHz GNSS-Locked OCXO Based Frequency Reference PCB Assembly – Digital Control Loop Enables Low Jitter PPS and Low Close in Phase Noise NR4430-O/G   Compact GNSS-locked reference des... Read More
NR4430-OG ID-6
10 MHz TCXO GNSS Locked Frequency Reference PCB Assembly-NR4400-T
10 MHz GNSS-Locked TCXO Based Frequency Reference PCB Assembly – PPS, NMEA with Auto-Calibration – Low Cost TCXO ... Read More
NR4400-T ID-7
10 MHz Ultra-Low Close-In Phase Noise with Stabilized PPS NR6720-O/G/A6
10 MHz Low Close-In Phase Noise with Stabilized PPS   NR6720-O/G/A6 The NR6720-O/G/A6 features extremely low frequency jitter despite being GNSS-locked. GNSS-locking brings a long-term stability to an OCXO t... Read More
NR6720-OG-A6 ID-29
6 Channel 10 MHz Reference in PC104 Form Factor-NR4600-O/G
PC104 Six Channel 10 MHz GNSS Locked Frequency Reference with PPS and NMEA NR4600-O/G ... Read More
NR4600-OG ID-15
Dual Channel GNSS Locked 10 MHz Reference with Networking-NR2110D-O/G
Dual Channel GNSS Locked OCXO 10 MHz Frequency Reference with Networking/Dual-Time Base Option NR2110D-O/G ... Read More
NR2110D-OG ID 17
Dual Channel Low Cost Rubidium Reference NR2110D-R
Dual Channel, Low Cost Rubidium Frequency Reference with Display and Networking – NR2110D-R ... Read More
NR2110D-R ID-71
73 products«1 of 5»

 

Kits are available that include antenna, cables and power supply. Several features can be customized at the factory – frequencies other than 10 MHz either from a unique crystal or with a built-in synthesizer that is GNSS-locked. Time stamping capability to 100ns resolution. To meet unique requirements, we have shipped product with output features requiring a custom amplitude, square wave output, high voltage and high current drive.