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Panatron Inc. Repair and Calibration of Efratom Product Line

The Efratom Product Line

Product Line Summary:
Oscillators
FRK            Commercial Rubidium Oscillator
FRS-C         Commercial Rubidium Time Base Oscillator
FRS-N         Commercial Rubidium Time Base Oscillator
M-100         Military Rubidium Oscillator
M-3000       Military Rubidium Oscillator
ECXO         Sub-Miniature Commercial Quartz Crystal Oscillator
EMXO        Sub-Miniature Military Quartz Crystal Oscillator

Rubidium Time and Frequency Standards:
MRT            Rubidium Frequency Standard
MRT-HT      Rubidium Frequency Standard
PRFS           Portable Rubidium Frequency Standard
VRFS-MC   VXIbus Rubidium Frequency Standard

Modular Time and Frequency Systems:
MRK,MXO        Frequency Generators
MXO                  Quartz Crystal Oscillator
MBFs                 Frequency Distributors
MSI                    Synthesizer and Interface
MDP                   Frequency Distributor
MDC-RC            Frequency Calibrator
MDRC                Disciplined Rb Controller For GPS     
MDC-RR, -RX   Frequency Synchronizers / RF Switches
MPC                   Frequency / Phase Comparison
MPS, MBU        Power Supply / Power Supply & Battery Unit
MVLF               Frequency and Time Receiver
MRTC               Realtime Clock and IRIG Code Generator
MSS                  System Status
MGPS               GPS-Receiver-Controller
GPS-RR            GPS Referenced Rb Time/Frequency Standard

Panatron Inc. Repair and Calibration of Amplifiers and Integrated Switch/Filters/Reliability Components

Panatron, Inc. GaN-Based Power Amplifiers for TWT Amplifier Replacement - Gallium Nitride (GaN) Power Amplifiers utilize pulsed solid state power amplifier technology and include designs that operate with output power levels up to 1,000 watts and frequencies to 26 GHz. These power amplifiers serve as cost-effective replacements for traveling wave tube (TWT) amplifier and offer longer life. better efficiencies and reduces size and weight than their TWT counterparts.

GaN Solid State Pulsed Power Amplifiers - Products output power up to 2 kw and suited for wide band operation. These amplifiers utilize state of the art thermal simulation and scanning tools as well as multiple design technologies resulting in reduced size, excellent thermal performance, and improved reliability. Utilizing state of the art GaN transistor technology. We or able to overcome limitations in TWT with solid state pulsed power amplifiers. These solid state designs overcome the inherent problems with electron tube TWTs of limited life and single point failure susceptibility while addressing the competing high performance airborne system requirements of kilowatt power levels and compact size. 

Silicon MOSFET, LDMOS and GaAs, - We our high performance power amplifier solutions are designed with strict attention to efficiency and reliability. Products include broadband, high linearity designs, as well as high frequency, narrow band, higher power amplifier to 2K watts with emphasis on size and packaging. Our engineers are experts in multiple discipline integration, including power amplifier designs with integrated switches, filters and splitters.    

Panatron Inc. Capability Statement

Custom RF & Microwave Solutions From DC to 40 GHz

Panatron, Inc. is a leading manufacturer of radio-frequency and microwave filters and assemblies that provides custom solutions for advanced communications systems. For over 40 years. has partnered with its customers to transfer value through superior engineering design, manufacturing, and continuous support. we or a small business that serves the Military, space and Commercial markets. The company's heritage lies in the military market, where precision, high reliability, repeatability, and service are mission-critical.

Typical applications for the products include communications, navigation, guidance, surveillance, point-to-point and multi-point radio systems, radar systems and satellite systems.

Product portfolio includes crystal filters, ceramic filters, cavity filters, LC filters, multiplexers and diplexers, TCXOs & VCXOs, switched filter banks, phase shifters, filter/amplifiers, filter/limiters and low-noise amplifiers (LNAs).

Repair Electronic RF/ Microwave Components

Panatron, Inc. Is a leading manufacture of power amplifier subsystems and integrated assemblies incorporating multi-band amplifier, discrete switching power supplies, a wide variety of high performance filters, frequency sources and conversion products, as well as integrated adaptive biasing controls to ensure high reliability. Our multi-disciplined engineering teams and in-house machining capabilities facilitate full technology integration resulting in optimized subassembly designs and overall cost-savings for the customer through reduced material procurement costs.

Pump Design Maintenance that we Repair

Pump Design Maintenance

Full service in place (FSIP) progressive cavity pumps for wear-intensive applications has been re-engineered to provide full access to their rotating parts. FSIP is now available in six sizes for flow rates up to 700 gpm. models include differential pressures from 90 psi (1 stage) up to 180 psi (2 stage) in S,L,D, and P geometries. Users can open the in-service pump housing, dismantle all rotating parts, and install them again without removing the pump from the pipe assembly or disconnecting wiring. The rotor-stator unit can be lifted out after opening the redesigned inspection cover on the pump housing. without the need for any special tool.

One-Step 3D Printing of Catalyst

One-Step 3D Printing of Catalysts - This process is a more efficient way to produce catalysts for complex chemical reactions in a variety of industries. While 3D printing has found applications in many areas, its use as a way to control chemical reactions, or catalysis, is relatively new. Current production of 3D catalysts typically involves various methods of depositing the chemically active agents onto pre-printed structures. A 3D printing process was developed that creates a chemically active catalytic object in a single step. The method combines the structure with the chemistry in only one step using inexpensive commercial 3D printers. The structures are designed in a computer and built aer designed in a computer and built directly by shining a laser through a bath of customized resins that polymerize and harder layer by layer.