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.
 

Power Amplifier is a Broadband GaN NMIC Power Amplifier

Power Amplifier is a broadband GaN MMIC power amplifier. It has 30 dB gain and 41 dBm output power over the 1.5 to 6.5 GHz band at 28 VDC  is in a ceramic package with a flange and straight RF and DC leads for drop-in assembly. MMIC is also available as a bare die. Because of high DC power dissipation, good heat sinking is required. This MMIC is matched to 50 Ohms.

Definition: AC Alternating Current. A/G Air Ground

Definition:

AC             Alternating Current.

A/G           Air Ground.

AGC          Automatic Gain Control.  

AIC           Ampere Interrupting Capacity.

AM            Amplitude Modulation.

A               Ampere.

ANSI        American National Standards Institute.

ATC          Air Traffic Control

ATCT       Air Traffic Control Tower

ATO         Air Traffic Organization

BIT           Built-in Test

CBEMA   Computer and Business Equipment Manufacturer's Association

CD            Compact Disc

CEDEX    Courrierd Entreprise a Distribution Ex-Ceptionnelle  

CFR          Code of Federal Regulations

CPU          Central Processing unit

CVRTM   Contractor Verification Requirements Traceability Matrix

CW           Continuous Wave

dB             Decibel

dB(A)       A-Weighted Decibel

dBc           Decibels  Referenced To Carrier
dBm          Decibels Referenced To 1 Milliwatt
C-degree   Degree Celsius
F-degree   Degree Fahrenheit
DSB-AM Double Sideband Amplitude Modulation
DVD        Digital Video Disc
EEPRPM Electronically Erasable Programmable Read-Only Memory
EMC        Electromagnetic Compatibility
EIA          Electronic Industries Alliance
ESD         Electrostatic Discharge
ETR         Emergency Transceiver Radio
ETSI        European Telecommunications Standards Institute
FAA         Federal Aviation Administration
FAT         Factory Acceptance Test
FCC         Federal Communications Commission
FIFO        First In, First Out
FM           Frequency Modulation
ft              Foot
GB           Gigabyte
HF           Human Factors
HFDS      Human Factors Design Standard
Hz           Hertz
ICD         Interface Control Document
ICAD      International Civil Aviation Organization
ID           Identification
IEC         International Electrotechnical Commission
IEEE       Institute of Electrical and Electronics Engineers
ISO         International Organization For Standardization
kHz         Kilohertz
LED        Light Emitting Diode
LRU        Line Replaceable Unit
mA          Milliampere
MB          Megabyte   
MDT       Maintenance Date Terminal
MHz        Megahertz
ms           Millisecond
MTBF     Mean Time Between Failures
MTTR     Mean Time To Repair
N/A         Not Applicable
NAS        National Airspace System
NEMA    National Electrical Manufacturers Association
NEXCOM Next Generation Air/Ground Communications System
NFPA     National Fire Protection Association
NILA      National Telecommunicstions  and Information Administraton

Past, Present And Future Of Atomic Timekeeping

1911 - First Atomic Beam (Dunoyer)
1921 - Deflection of Atomic Beam by Inhomogenous Magnetic Field (Stern)
1933 - Deflection of Light by Photon Absorption (Frisch)
1938 - Molecular Beam Magnetic Resonance Method for Measuring Nuclear Magnetic Moments (Rabi, Zacharias, Millman & Kusch)
1939 - Radio Frequency Spectroscopy (Kellogg, Rabi, Ramsey and Zacharias)
1940 - Atomic Hyperfine Structure, Field Independent Oscillations, Discussion Of Atomic Clocks (Rabi, Kusch & Millman
1949 - Method Of Separated Oscillatory Fields: Narrower Resonances, Higher Frequencies. No First Order Doppler (Ramsey)
1950 - Optical Pumping (Kastler)
1952 - Initial Work On Cs Clock (Kusch, Lyons, Sherwin)
1953 - Unsuccessful Atomic Fountain
1954 - Atomichron (Zacharias)
1954 - NH, Laser (Townes)
1955 - Atomic Cs Beam Frequency Standard (Essen & Parry)
1948 - 1961 - Microwave Spectroscopy (Townes), Optical Pumping (Hastler), Buffer Gases (Dicke), NH,3 Maser (Townes), Optically Pumped Rb Frequency Standards.
1959 - Ion Traps (Penning, Paul & Dehmelt) Initially Large Doppler Shifts and Widths
1960 - Lasers (Townes, Schawlow, Maiman...). Suppression of First Order Doppler by Two Photon Absorption Spectroscopy. Frequency Chains for calibration.
1960 - Improvements In All Frequency and Time Standards.
1962 - Hydrogen Maser (Kleppner, Ramsey...)
1968 - Cooling of Trapped Ions By The He (Dehmelt, Cutler,....)
1969 - Small, Integrated Cavity Rubidium Oscillator & Rb Isotope Mixture, Efratom Elektronik GmbH (Jechart, Huebner)
1975 - Electron Shelving With Many Trapped Ions As An Amplification Mechanism To Detect Weak Transitions By Monitoring Affected Resonance Fluorescence.
1975 - Laser Cooling (Wineland, Dehmelt, Hansch, Scawlow).
1980 - Laser Cooling Of Trapped Ions (Wineland, Bergquist, Drullinger, Itano, Dehmetlt, Toscheck,..)
1981 - Single Atomic Ion Trapping And Colling. Quantum Jumps And Electron Shelving With Single Ions (Dehmelt, Wineland..)
1985 - Slowing of Neutral Atoms (Philips. Metcalf, Letokhov, Hall, Weiman...)
1985 - Laser Trapping Of Atoms, Gradient Traps And Spontaneous Radiation Traps (...)
1988 - Sympathetic Cooling (Larson, Wineland,...)
1988 - Cooling Below Doppler And Recoil Limits. Polarization Gradient Cooling. Sisyphus Effect. Velocity Selective Coherent Trapping. 2.4u. (Philips, Cohen Tannoudjt, Dalibard, Chu, Metcalf...)
1989 - Successful Fountain Experiment (Chu,...)

Wanted Vertex RSI LT-3600 Up/Down Converter

Looking for one or two Vertex RSI LT-3600 Up/Down Converter P/N:201667-1200001, Contact Arthur Aaron Senior buyer