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MIRA INFORM REPORT
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Report No. : |
510599 |
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Report Date : |
24.05.2018 |
IDENTIFICATION DETAILS
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Name : |
BIRD ELECTRONIC CORPORATION |
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Registered Office : |
6055 Rockside Woods Blvd Ste 200, Cleveland,Oh 441310000 |
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Country : |
United States |
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Financials (as on) : |
2016 (Summarized) |
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Date of Incorporation : |
1952 |
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Legal Form : |
Corporation For Profit |
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Line of Business : |
Manufactures and supplies test equipment and accessories
for radio frequency (RF) applications. |
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No. of Employees : |
235 |
RATING & COMMENTS
(Mira Inform has adopted New Rating mechanism w.e.f. 23rd
January 2017)
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MIRA’s Rating : |
A+ |
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Credit Rating |
Explanation |
Rating Comments |
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A+ |
Low Risk |
Business dealings permissible with low
risk of default |
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Status : |
Good |
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Payment Behaviour : |
Regular |
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Litigation : |
Clear |
NOTES :
Any query related to this report can be made
on e-mail : infodept@mirainform.com
while quoting report number, name and date.
ECGC Country Risk Classification List
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Country Name |
Previous Rating (30.09.2017) |
Current Rating (31.12.2017) |
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United States |
A1 |
A1 |
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Risk Category |
ECGC
Classification |
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Insignificant |
A1 |
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Low Risk |
A2 |
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Moderately Low Risk |
B1 |
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Moderate Risk |
B2 |
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Moderately High Risk |
C1 |
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High Risk |
C2 |
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Very High Risk |
D |
UNITED STATES - ECONOMIC OVERVIEW
The US has the most technologically powerful economy in the world, with a per capita GDP of $59,500. US firms are at or near the forefront in technological advances, especially in computers, pharmaceuticals, and medical, aerospace, and military equipment; however, their advantage has narrowed since the end of World War II. Based on a comparison of GDP measured at purchasing power parity conversion rates, the US economy in 2014, having stood as the largest in the world for more than a century, slipped into second place behind China, which has more than tripled the US growth rate for each year of the past four decades.
In the US, private individuals and business firms make most of the decisions, and the federal and state governments buy needed goods and services predominantly in the private marketplace. US business firms enjoy greater flexibility than their counterparts in Western Europe and Japan in decisions to expand capital plant, to lay off surplus workers, and to develop new products. At the same time, businesses face higher barriers to enter their rivals' home markets than foreign firms face entering US markets.
Long-term problems for the US include stagnation of wages for lower-income families, inadequate investment in deteriorating infrastructure, rapidly rising medical and pension costs of an aging population, energy shortages, and sizable current account and budget deficits.
The onrush of technology has been a driving factor in the gradual development of a "two-tier" labor market in which those at the bottom lack the education and the professional/technical skills of those at the top and, more and more, fail to get comparable pay raises, health insurance coverage, and other benefits. But the globalization of trade, and especially the rise of low-wage producers such as China, has put additional downward pressure on wages and upward pressure on the return to capital. Since 1975, practically all the gains in household income have gone to the top 20% of households. Since 1996, dividends and capital gains have grown faster than wages or any other category of after-tax income.
Imported oil accounts for more than 50% of US consumption and oil has a major impact on the overall health of the economy. Crude oil prices doubled between 2001 and 2006, the year home prices peaked; higher gasoline prices ate into consumers' budgets and many individuals fell behind in their mortgage payments. Oil prices climbed another 50% between 2006 and 2008, and bank foreclosures more than doubled in the same period. Besides dampening the housing market, soaring oil prices caused a drop in the value of the dollar and a deterioration in the US merchandise trade deficit, which peaked at $840 billion in 2008. Because the US economy is energy-intensive, falling oil prices since 2013 have alleviated many of the problems the earlier increases had created.
The sub-prime mortgage crisis, falling home prices, investment bank failures, tight credit, and the global economic downturn pushed the US into a recession by mid-2008. GDP contracted until the third quarter of 2009, the deepest and longest downturn since the Great Depression. To help stabilize financial markets, the US Congress established a $700 billion Troubled Asset Relief Program (TARP) in October 2008. The government used some of these funds to purchase equity in US banks and industrial corporations, much of which had been returned to the government by early 2011. In January 2009, Congress passed and former President Barack OBAMA signed a bill providing an additional $787 billion fiscal stimulus to be used over 10 years - two-thirds on additional spending and one-third on tax cuts - to create jobs and to help the economy recover. In 2010 and 2011, the federal budget deficit reached nearly 9% of GDP. In 2012, the Federal Government reduced the growth of spending and the deficit shrank to 7.6% of GDP. US revenues from taxes and other sources are lower, as a percentage of GDP, than those of most other countries.
Wars in Iraq and Afghanistan required major shifts in national resources from civilian to military purposes and contributed to the growth of the budget deficit and public debt. Through FY 2018, the direct costs of the wars will have totaled more than $1.9 trillion, according to US Government figures.
In March 2010, former President OBAMA signed into law the Patient Protection and Affordable Care Act (ACA), a health insurance reform that was designed to extend coverage to an additional 32 million Americans by 2016, through private health insurance for the general population and Medicaid for the impoverished. Total spending on healthcare - public plus private - rose from 9.0% of GDP in 1980 to 17.9% in 2010.
In July 2010, the former president signed the DODD-FRANK Wall Street Reform and Consumer Protection Act, a law designed to promote financial stability by protecting consumers from financial abuses, ending taxpayer bailouts of financial firms, dealing with troubled banks that are "too big to fail," and improving accountability and transparency in the financial system - in particular, by requiring certain financial derivatives to be traded in markets that are subject to government regulation and oversight.
In December 2012, the Federal Reserve Board (Fed) announced plans to purchase $85 billion per month of mortgage-backed and Treasury securities in an effort to hold down long-term interest rates, and to keep short-term rates near zero until unemployment dropped below 6.5% or inflation rose above 2.5%. The Fed ended its purchases during the summer of 2014, after the unemployment rate dropped to 6.2%, inflation stood at 1.7%, and public debt fell below 74% of GDP. In December 2015, the Fed raised its target for the benchmark federal funds rate by 0.25%, the first increase since the recession began. With continued low growth, the Fed opted to raise rates several times since then, and in December 2017, the target rate stood at 1.5%.
In December 2017, Congress passed and President Donald TRUMP signed the Tax Cuts and Jobs Act, which, among its various provisions, reduces the corporate tax rate from 35% to 21%; lowers the individual tax rate for those with the highest incomes from 39.6% to 37%, and by lesser percentages for those at lower income levels; changes many deductions and credits used to calculate taxable income; and eliminates in 2019 the penalty imposed on taxpayers who do not obtain the minimum amount of health insurance required under the ACA. The new taxes took effect on 1 January 2018; the tax cut for corporations are permanent, but those for individuals are scheduled to expire after 2025. The Joint Committee on Taxation (JCT) under the Congressional Budget Office estimates that the new law will reduce tax revenues and increase the federal deficit by about $1.45 trillion over the 2018-2027 period. This amount would decline if economic growth were to exceed the JCT’s estimate.
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Source
: CIA |
STATUTORY
INFORMATION
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Legal
Name: |
BIRD ELECTRONIC CORPORATION |
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Trade
Name: |
BIRD |
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ID: |
1106441 |
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Date
Created: |
1952 |
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Date
Incorporated: |
08/27/1999 |
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Legal
Address: |
6055 ROCKSIDE WOODS BLVD STE 200, CLEVELAND,OH 441310000
USA |
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Operative
Address: |
30303 Aurora Road, Solon, OH 44139, United States |
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Telephone:
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440-248-1200 |
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Fax: |
440-248-5426 |
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Legal
Form: |
CORPORATION FOR PROFIT |
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Email: |
sales@birdrf.com |
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Registered
in: |
OHIO, USA |
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Website:
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www.birdrf.com |
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Contact: |
Mark J. Johnson, President and Chief Executive Officer |
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Staff:
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235 Employees |
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Activity: |
SIC CODE 3825,
Instruments for Measuring and Testing of Electricity and Electrical Signals NAICS CODE 334515, Instrument
Manufacturing for Measuring and Testing Electricity and Electrical Signals |
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BANKS: |
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KEYBANK NATIONAL ASSOCIATION 800 SUPERIOR AVENUE, CLEVELAND, OH, 44114, United States |
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HISTORY: |
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The company was founded in 1952 and is based in Solon,
Ohio. Bird Electronic Corporation Inc. operates as a subsidiary of Bird
Technologies Group, Inc. |
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PRINCIPAL
ACTIVITY
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Bird Electronic Corporation Inc. manufactures and supplies
test equipment and accessories for radio frequency (RF)applications. |
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Products/Services
description: |
Its products include THRULINE, Wattmeters, TERMALINE,
Terminations and Terminating Wattmeters, TENULINE, Attenuators, WATTCHER, RF Monitoring
Systems, AT-Series Antenna Testers, line sections, accessories, and related
equipment LMR Signal
Boosters and Cellular Repeaters Signal Analysis
/ Editing Software Components and Accessories Quality Assurance Service Centers Technical Applications Global Educational Services (GES) Site Optimization Services (SOS) |
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Brands: |
SIGNAL Booster Bird With Bird, you’re heard loud and clear |
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Sales
are: |
Wholesale |
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Clients: |
Electronica 200 de Mexico SA DE CV SISTEMAS Y SERVICIOS DE COMUNICACION SA DE CV |
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Suppliers: |
Palm Technology Co., Ltd. Rf Morecom Corea |
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Operations
area: |
National and International |
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The
company imports from |
South Korea, China |
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The company
exports to |
Mexico |
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The
subject employs |
235 Employees |
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Payments:
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Regular |
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LOCATION
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Headquarters
: |
30303 Aurora Road, Solon, OH 44139, United States |
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Branches: |
The company does not have branches |
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Main
Competitors |
NA |
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Related
Companies: |
Asia Pacific Sales Contact: Danny Chua Phone: +65 6846 8100 dchua@birdrf.com Latin America (Distributed Antenna Systems) Contact: Carlos Gil MX Office Phone: +5255 8995 9907 USA Office Phone: +1 440.519.2020 Cellular: +52155 1812 9951 cgil@birdrf.com |
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GROUP STRUCTURE AND SUBSIDIARY COMPANIES
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Listed
at the stock exchange: |
NO |
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Capital: |
NA |
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Shareholders: |
Bird Electronic Corporation Inc. operates as a subsidiary
of Bird Technologies Group, Inc. Address: 30303 Aurora Road Solon, OH 44139 United States |
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Management:
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Mark J. Johnson, President and Chief Executive Officer Doug Clary, Distributed Atenna Systems Laddy Fleming, Distributed Atenna Systems Michael Gathergood, EMEA Mike Foster, Test & MEasurement Product Sales Augusto Fantinato Filho, Latin America Sales |
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FINANCIAL
INFORMATION
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The
company does not make its financial statements public. The following information
has been provided by private sources: |
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USD
2016 |
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sales
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73
100 000 |
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Cash
flow |
Normal |
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LEGAL
FILINGS
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Patents |
Patent number: 5949380 Abstract: An antenna tester has a signal generator that
produces a test signal applied to the antenna and a reference signal; the
test signal and reference signals having a shared noise modulated
characteristic; a circuit for detecting a reflected test signal from the
antenna in response to the test signal; and a demodulator circuit for
demodulating the reflected test signal and reference signal based on the
noise characteristic to produce first and second output signals; the first
and second output signals having detectable characteristics related to the
antenna impedance characteristics. Type: Grant Filed: September 10, 1997 Date of Patent: September 7, 1999 Assignee: Bird Electronic Corporation Inventor: John D. Swank, II Method for
making copper electrical connections Patent number: 5794327 Abstract: A method for making electrical connections
between a lead and a conductor on a substrate, the method including the steps
of disposing a copper conductor on a ceramic substrate; positioning a lead in
contact with the conductor; applying a copper film to the lead and the
conductor to attach the lead to the conductor; and heating the substrate,
lead and conductor assembly to secure bond the lead and conductor together.
In a preferred embodiment, the conductor, lead and film are made of copper.
The method can further include disposing a resistive film of the substrate
using thin or thick film processes. Type: Grant Filed: March 5, 1996 Date of Patent: August 18, 1998 Assignee: Bird Electronic Corporation Inventors: Richard E. Whisler, Larry Lee Wysong Modular field
strength instrument Patent number: 4570117 Abstract: A modular field strength measuring and
indicating instrument that includes as one component a sensing module with a
sensitive D'Arsonval meter movement and a receptacle for interchangeable
plug-in type sensing modules for measuring an electrical condition, such as
electrical power. The other component is a field strength sensing module that
plugs into the receptacle and which includes a self-contained DC voltage
source, a sensing antenna, a high-impedance, variable gain, linear DC
amplifier operatively connected to the voltage source for amplifying the
field strength voltage signal sensed by the antenna, and circuitry for
transmitting the amplifier output voltage signal to the D'Arsonval meter
movement for indicating the field strength detected by the instrument. The
field strength sensing module may be used in the meter module interchangeable
with other modules, such as modules for measuring RF power in RF transmission
lines. Type: Grant Filed: September 15, 1983 Date of Patent: February 11, 1986 Assignee: Bird Electronic Corporation Inventor: Timothy L. Holt Patent number: 4547728 Abstract: An RF wattmeter is disclosed of the type using
an "insertion-type" pick-up element to produce a voltage wave
signal corresponding to the measured power in the coaxial transmission line.
The induction loop in the pick-up element is connected to a principal
detector, and a secondary detector is connected in opposition to the
principal detector. Both detectors are located in close proximity to each
other and are subject to the same thermal environment. A sine wave generator
supplies a wave signal to the secondary detector in opposition to the wave
signal supplied to the principal detector from the inductive loop. The d.c.
portion of the resulting signal representing the difference between the
opposed signals is integrated, and the integrated output is used as the
amplitude in the generated sine wave. When the circuit is in balance, the
integrated output matches the amplitude of the inductive wave form and can be
used as an output indicating measured power in the coaxial transmission line. Type: Grant Filed: August 31, 1982 Date of Patent: October 15, 1985 Assignee: Bird Electronic Corporation Inventor: Frank H. Mecklenburg Patent number: 4263653 Abstract: An electronic instrument is disclosed for
measuring directional RF power levels and power function levels on a coaxial
transmission line. The instrument includes an inductive sensing loop for
sensing the RF voltage level on the transmission line and producing a voltage
level proportional thereto. An analog-to-digital conversion means is
connected to the sensing loop for converting the voltage level from the
sensing loop to binary voltage data. A microcomputer means is associated with
the conversion means for performing arithmetic operations upon the binary
voltage data to calculate power data and power function data. Means connected
to the microcomputer means are also provided for displaying the calculated
power data and power function data. The instrument provides a direct readout
in digital form of RF power data and data for various power and voltage
functions such as VSWR. Type: Grant Filed: June 4, 1979 Date of Patent: April 21, 1981 Assignee: Bird Electronic Corporation Inventor: Frank H. Mecklenburg Convective-type
radiator with internal heat transfer medium Patent number: 4147207 Abstract: A radiator for dissipating heat transferred from
a liquid cooling medium contained therein and that circulates by convection
around and absorbs heat energy from an internal heat source. The radiator has
a housing that contains the liquid cooling medium and that has two upright
end walls and four finned rectangular side walls that define a prism of
advantageous aerodynamic form supported with its axis horizontal. The four
side walls of the prism intersect in a horizontal plane and a vertical plane,
both of which form diagonal planes of the prism. The finned side walls are
adapted to transfer heat energy to the surrounding atmosphere and to
establish convective flow in paths with minimum flow resistance, that extend
upwardly from the intersection of the two lower side walls (i.e., at the nose
of the aerodynamic form) at the bottom of the housing and across the entire
surface area of the finned side walls to absorb heat energy transmitted to
the finned walls by the liquid medium. Type: Grant Filed: August 18, 1977 Date of Patent: April 3, 1979 Assignee: Bird Electronic Corporation Inventor: Leo Lesyk Patent number: 4080566 Abstract: An electronic instrument module for detecting
and measuring the forward and reflected RF voltage wave signals on a coaxial
transmission line. The instrument is integral with a coaxial line section
adapted to be electrically inserted in a tubular transmission line, the line
section having an elongated conductive metal body with a central cylindrical
opening with a coaxial center conductor therein electrically insulated from
the metal body. The metal body also has a transverse opening communicating
with the central cylindrical opening and adapted to receive an inductive
pick-up coil mounted on the body for rotation in the opening about an axis
normal to the axis of the line section. The pick-up coil is responsive to the
voltage wave signal on the transmission line. Type: Grant Filed: September 1, 1976 Date of Patent: March 21, 1978 Assignee: Bird Electronic Corporation Inventor: Frank Howard Mecklenburg VSWR meter
circuit using variable RF attenuator Patent number: 4075554 Abstract: A VSWR meter circuit using a variable RF
attenuator for use in an electronic instrument for detecting and measuring
the forward and reflected RF voltage wave signals on a coaxial transmission
line. The instrument is integral with a coaxial line section adapted to be
electrically inserted in a tubular transmission line, the line section having
an outer conductor with a coaxial center conductor therein. An inductive
pick-up coil is mounted in the field surrounding the center conductor for
rotation about an axis normal to the axis of the line section and is
responsive to the voltage wave signal on the transmission line. A D'Arsonval
meter movement is connected to the pick-up coil through a meter circuit
designed so that the meter provides an indication of the level of either the
forward voltage wave signal or the reflected wave signal depending on the
orientation of the inductive pick-up coil. Type: Grant Filed: November 3, 1976 Date of Patent: February 21, 1978 Assignee: Bird Electronic Corporation Inventor: Frank Howard Mecklenberg Microstrip
configuration with inductive pickup loop for VSWR meter Patent number: 4070619 Abstract: A VSWR meter unit for detecting and measuring the
forward and reflected RF voltage wave signals on a coaxial transmission line.
The unit is adapted to be electrically inserted in a tubular or coaxial
transmission line, having an outer conductor with a coaxial center conductor
therein. A microstrip circuit board is provided within the meter unit and
comprises a dielectric board with a ground plane conductor printed on one
side and inserted across the outer conductor, and a specially designed
conductive path printed on the other side and inserted across the inner
conductor. Also printed on the other side of the microstrip board is an
inductive sensing loop located within and concentric with a circular loop
portion of the conductive path. The sensing loop is closely spaced to the
loop portion of the conductive path so as to be responsive to the voltage
wave signal on the transmission line. A D'Arsonval meter movement is
connected to the conductive loop through a specially designed 180.degree. Type: Grant Filed: February 14, 1977 Date of Patent: January 24, 1978 Assignee: Bird Electronic Corporation Inventor: Ralph P. Trefney Radiator for RF
line termination Patent number: D264708 Type: Grant Filed: December 12, 1979 Date of Patent: June 1, 1982 Assignee: Bird Electronic Corporation Inventor: Leo Lesyk Radiator for an
RF line termination Patent number: D264709 Type: Grant Filed: December 12, 1979 Date of Patent: June 1, 1982 Assignee: Bird Electronic Corporation Inventor: Leo Lesyk |
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Trademarks: |
COAXWITCH
ELECTRICAL SWITCHES Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72007746 Image Trademark
RADIO APPARATUS-NAMELY, ELECTRICAL COAXIAL LINE POWER
ATTENUATORS, ELECTRICAL FILTERS, AND ELECTRICAL SWITCHES Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72237296 SENTRILINE
RADIO FREQUENCY ELECTRICAL APPARATUS-NAMELY, ELECTRICAL
ENERGY RESPONSIVE CIRCUITS, INCLUDING RADIO FREQUENCY POWER INDICATORS… Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72241120 MINI-MONITOR
ELECTRICAL TESTING APPARATUS-NAMELY, RADIO FREQUENCY
DIRECTIONAL WATTMETER Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72303980 MINILOAD
ELECTRICAL APPARATUS-NAMELY, COAXIAL ELECTRICAL LINE TERMINATIONS Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72368843 HAM-MATE
ELECTRICAL METERS Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 72401228 CB-MATE
ELECTRICAL METERS Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 73020077 T2 HIGH TEMPERATURE & TENSILE
STRENGTH LEADS
electrical components, namely, printed circuit devices
having thick film copper conductors and for use as attenuators, resistors… Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 75049089 BLACK BIRD
Radio Frequency Electrical Power Meters Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 76056828 MINI-MONITOR
electrical testing apparatus, namely, radio frequency
directional wattmeter Owned by: BIRD ELECTRONIC
CORPORATION Serial Number: 76381558 |
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Lawsuits: |
No records found |
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UCC: |
OH00144389439 Reg. NumberOH00144389439 Filing Date08/16/2010 Lapse Date08/16/2020 Debtor BIRD ELECTRONIC CORPORATION 30303 AURORA ROAD, SOLON, OH, 44139, United States Debtor Items per page: 50 1 - 1 of 1 Secured Party KEYBANK NATIONAL ASSOCIATION 800 SUPERIOR AVENUE, CLEVELAND, OH, 44114, United States Secured Party |
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Sanctions
List Search: |
The company is not listed in the OFAC list. |
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SUMMARY
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|
Bird Electronic Corporation is a privately held company in
Solon, OH and is a Single Location business. Categorized under Test Equipment for Electronic and Electric
Measurement. Our records show it was established in 1952 and incorporated in
OH. Current estimates show this company has an annual revenue
of USD MIL 73.1 and employs a staff of approximately 235. The company mainly imports from South Korea and China and
exports to Mexico. It is ACTIVE in OHIO, USA; with no negative records. |
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RISK
INFORMATION
|
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DEBTS |
Controlled |
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PAYMENTS |
Regular |
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CASH
FLOW |
Normal |
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STATUS |
ACTIVE |
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INTERVIEW
|
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NAME |
NA |
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POSITION |
NA |
|
COMMENTS |
We reached the operator, she confirmed the name but said
that to confirm the address, email and website we ought to speak with the
manager. Unfortunately, she was out of office on May 21st, the day we made our
call. We left a message in her voicemail asking for information and asking
her to return our call as soon as possible. If she does return it, we will
let you know. |
FOREIGN EXCHANGE RATES
|
Currency |
Unit
|
Indian Rupees |
|
US Dollar |
1 |
INR 68.02 |
|
|
1 |
INR 91.25 |
|
Euro |
1 |
INR 80.07 |
|
USD |
1 |
INR 68.37 |
Note :
Above are approximate rates obtained from sources believed to be correct
INFORMATION DETAILS
|
Analysis Done by
: |
DIV |
|
|
|
|
Report Prepared
by : |
KET |
RATING EXPLANATIONS
|
Credit Rating |
Explanation |
Rating Comments |
|
A++ |
Minimum Risk |
Business dealings permissible with minimum
risk of default |
|
A+ |
Low Risk |
Business dealings permissible with low
risk of default |
|
A |
Acceptable Risk |
Business dealings permissible with
moderate risk of default |
|
B |
Medium Risk |
Business dealings permissible on a regular
monitoring basis |
|
C |
Medium High Risk |
Business dealings permissible preferably
on secured basis |
|
D |
High Risk |
Business dealing not recommended or on
secured terms only |
|
NB |
New Business |
No recommendation can be done due to
business in infancy stage |
|
NT |
No Trace |
No recommendation can be done as the
business is not traceable |
NB is stated where there is insufficient information to facilitate rating. However, it is not to be considered as unfavourable.
This score serves as a reference to assess
SC’s credit risk and to set the amount of credit to be extended. It is
calculated from a composite of weighted scores obtained from each of the major
sections of this report. The assessed factors are as follows:
·
Financial
condition covering various ratios
·
Company
background and operations size
·
Promoters
/ Management background
·
Payment
record
·
Litigation
against the subject
·
Industry
scenario / competitor analysis
·
Supplier
/ Customer / Banker review (wherever available)
This report is issued at
your request without any risk and responsibility on the part of MIRA INFORM
PRIVATE LIMITED (MIPL) or its officials.