This document provides information about Judco Manufacturing's facilities and capabilities for producing automotive switches and components. It describes their manufacturing facilities in Harbor City, CA and Mexicali, Mexico, which include injection molding machines, wire processing equipment, and assembly lines operating 24/7. Engineering capabilities including CAD software, rapid prototyping, and testing equipment are also summarized. Judco has extensive experience in designing and manufacturing switches and electrical components for automotive OEMs.
Low Power Reconfigurable ASICs for Wearable Technology AppsTriad Semiconductor
Wearable Technology applications are by definition portable, battery powered and very concerned about power consumption, analog performance and cost. Triad Semiconductor makes Reconfigurable Mixed Signal ASICs ( rASIC (tm) ) that help wearable tech companies get products to market quickly and inexpensively. This presentation shows the ultra low power and precision analog performance that can be crafted in a Triad rASIC.
Mixed Signal ASIC Wearable Tech - Making Babies with CMOSTriad Semiconductor
Try and fail to make a fertility monitor mixed signal ASIC at a wearable tech start up called iStork. The presentation walks through the development of a wearable fertility monitor from 'conception' to 'delivery' (pun intended). Initially, the iStork team tries the traditional full-custom ASIC approach. This approach results in MAJOR cost and schedule overruns with the company going under before introducing their product. Next, Agile ASIC™ technology from Triad Semiconductor is explained. Agile ASICs utilize via reconfigurable analog and digital capabilities to radically reduce development time and cost. And, an Agile ASIC delivers 4-week respin cycles. With Agile ASIC tech in hand the iStork guys restart the project and successfully deliver their product to trials and production.
Low Power Reconfigurable ASICs for Wearable Technology AppsTriad Semiconductor
Wearable Technology applications are by definition portable, battery powered and very concerned about power consumption, analog performance and cost. Triad Semiconductor makes Reconfigurable Mixed Signal ASICs ( rASIC (tm) ) that help wearable tech companies get products to market quickly and inexpensively. This presentation shows the ultra low power and precision analog performance that can be crafted in a Triad rASIC.
Mixed Signal ASIC Wearable Tech - Making Babies with CMOSTriad Semiconductor
Try and fail to make a fertility monitor mixed signal ASIC at a wearable tech start up called iStork. The presentation walks through the development of a wearable fertility monitor from 'conception' to 'delivery' (pun intended). Initially, the iStork team tries the traditional full-custom ASIC approach. This approach results in MAJOR cost and schedule overruns with the company going under before introducing their product. Next, Agile ASIC™ technology from Triad Semiconductor is explained. Agile ASICs utilize via reconfigurable analog and digital capabilities to radically reduce development time and cost. And, an Agile ASIC delivers 4-week respin cycles. With Agile ASIC tech in hand the iStork guys restart the project and successfully deliver their product to trials and production.
RLE Technologies | How Leak Detection Can Minimize CatastrophesCochrane_Supply
Cochrane Supply and RLE Technologies present products and solutions for preventing disasters through critical facility monitoring solutions. Discover solutions to quickly detect environmental threats within buildings, including fluid sensing cable, spot detectors, and monitoring devices and accessories to support them. For more information, contact us at www.cochranesupply.com.
With over 16 years of experience in ”Specification to Silicon” design services, close to among 400+ ASIC design & verification engineers, and over 150 first pass silicon successes across various industries, eInfochips has the expertise to deal with the decreasing size, increasing complexity of Digital ASICs while ensuring quick Time-To-Market. eInfochips expertise in silicon & IC design services can transfer your product ideas into highly integrated ASIC and System on Chip solutions at an optimum cost.
eInfochips proven physical design flow, methodologies, and rich experience helps us to deliver physical design implementation with superior performance across 180 -16nm technology node. Our comprehensive internal checklist for Sign off ensures Netlist to GDSII in < 3 iterations.
Visit the product page: http://ixyscolorado.com/index.php/dei-scientific-instruments/dei-scientific-pulse-generators-laser-diode-drivers/hv-pulse-generator-instruments/item/pvx-4000-2kv-ex
Description
The PVX-4000-2kV is an air-cooled, high voltage pulse generator. Optimized for driving high impedance capacitive loads at up to ±2000 V, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
The PVX-4000-2kV-EX requires external high-voltage power supply sources from 0 V to ±2000 V. For example, a +1000 V supply can be connected to the positive voltage input, and a -1000 V supply can be connected to the negative voltage input, for a total of 2000 V. The differential voltage (difference between the positive and negative supply voltages) must not exceed 2000 V.
The system is capable of duty cycles from 2% to 98% and repetition rates from 40 Hz to 30,000 Hz using the internal trigger. With an external trigger the system is capable of single shot to 600 kHz with a pulse width of 500 ns to 100% duty cycle.
Programming is done through front panel controls as well as RS-232 and USB computer interfaces.
Computer Interfaces
For automated applications, complete control of the instrument is provided through RS-232 and USB computer interfaces. Up to five system configurations may be stored in internal non-volatile memory, providing instant recall of frequently-used configurations.
Control Signals
Conveniently-located front panel BNC connectors allow the PVX-4000-2kV to be externally triggered.
The system has a Sync output for interconnection to other equipment. The pulse from the Sync output is synchronized to the leading edge of the output voltage pulse.
The output voltage waveform can easily be monitored through the Voltage Monitor BNC connection using an oscilloscope set to 1 MΩ termination.
Features
0 to ±2000V Pulse Output
<50ns Rise And Fall Times
Pulse widths from <500ns to DC
Internal Trigger
40Hz to 30KHz Pulse Repetition Frequency
2% to 98% Duty Cycle
External Trigger
Single Shot to 600KHz Pulse Repetition Frequency
0% to 100% Duty Cycle
Protected Against Arcs, Shorts And Load Transients
Voltage Monitor and Sync Outputs
Applications
Optimized for high impedance capacitive loads, the PVX-4000-2kV-EX is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
Its robust and versatile design also makes it well suited for pulsing or gating power tube grids, Pockels cells and Q Switches, acoustic transducers, microchannel plates, photomultiplier tubes and image intensifiers.
Description
The PVX-4000-2kV is an air-cooled, high voltage pulse generator. Optimized for driving high impedance capacitive loads at up to ±2000 V, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
The output voltage can be set from 0 V to ±2000 V. Duty cycles from 2% to 98% and repetition rates from 40 Hz to 30,000 Hz are supported by the internal trigger source.
Pulse widths from 500 ns to DC and repetition rates from single-shot to 100 kHz are supported when an external trigger source is used. With a built-in trigger source and the internal positive and negative high-voltage DC power supplies, the PVX-4000-2kV can be used as a standalone test system.
Programming is done through front panel controls as well as RS-232 and USB computer interfaces.
Computer Interfaces
For automated applications, complete control of the instrument is provided through RS-232 and USB computer interfaces. Up to five system configurations may be stored in internal non-volatile memory, providing instant recall of frequently-used configurations.
Control Signals
Conveniently-located front panel BNC connectors allow the PVX-4000-2kV to be externally triggered.
The system has a Sync output for interconnection to other equipment. The pulse from the Sync output is synchronized to the leading edge of the output voltage pulse.
The output voltage waveform can easily be monitored through the Voltage Monitor BNC connection using an oscilloscope set to 1 MΩ termination.
Features
0 to ±2000V Pulse Output
<50ns><500ns><500ns to DC
Protected Against Arcs, Shorts, And Load Transients
Voltage Monitor and Sync Outputs
Applications
Optimized for high impedance capacitive loads, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
Its robust and versatile design also makes it well suited for pulsing or gating power tube grids, Pockels cells and Q Switches, acoustic transducers, microchannel plates, photomultiplier tubes and image intensifiers.
From design to certification, eInfochips have developed solutions across aerospace and military programs with expertise on processes including DO-178B, DO-254, and DO-160. This presentation showcases our expertise and respective engagements in the Avionics Industry
The Automotive Industry needs Very Light Cars or VLC. Electronics integration is part of the answer. Emerging applications need the ability to change hardware features as the market demands. In this presentation, Triad Semiconductor offers a seamless set of solutions that span low, medium and high-volume production requirements. Triad's ViaASICs are a better ASIC solution that allow for rapid-prototyping and fast time to market with breakthrough improvements in total-cost-of-ownership (TCO) and Time-to-Market (TTM). Triad's ViaASIC utilize patented Via Configurable Array (VCA) technology, and a powerful set of mixed signal design tools to reduce Via ASIC (custom silicon) development times down to as little as 3-5 months. Fabrication costs can be reduced from $1M down to as little as $10,000. Watch the presentation to see how to radically reduce the development costs of your next electronics integration project.
RLE Technologies | How Leak Detection Can Minimize CatastrophesCochrane_Supply
Cochrane Supply and RLE Technologies present products and solutions for preventing disasters through critical facility monitoring solutions. Discover solutions to quickly detect environmental threats within buildings, including fluid sensing cable, spot detectors, and monitoring devices and accessories to support them. For more information, contact us at www.cochranesupply.com.
With over 16 years of experience in ”Specification to Silicon” design services, close to among 400+ ASIC design & verification engineers, and over 150 first pass silicon successes across various industries, eInfochips has the expertise to deal with the decreasing size, increasing complexity of Digital ASICs while ensuring quick Time-To-Market. eInfochips expertise in silicon & IC design services can transfer your product ideas into highly integrated ASIC and System on Chip solutions at an optimum cost.
eInfochips proven physical design flow, methodologies, and rich experience helps us to deliver physical design implementation with superior performance across 180 -16nm technology node. Our comprehensive internal checklist for Sign off ensures Netlist to GDSII in < 3 iterations.
Visit the product page: http://ixyscolorado.com/index.php/dei-scientific-instruments/dei-scientific-pulse-generators-laser-diode-drivers/hv-pulse-generator-instruments/item/pvx-4000-2kv-ex
Description
The PVX-4000-2kV is an air-cooled, high voltage pulse generator. Optimized for driving high impedance capacitive loads at up to ±2000 V, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
The PVX-4000-2kV-EX requires external high-voltage power supply sources from 0 V to ±2000 V. For example, a +1000 V supply can be connected to the positive voltage input, and a -1000 V supply can be connected to the negative voltage input, for a total of 2000 V. The differential voltage (difference between the positive and negative supply voltages) must not exceed 2000 V.
The system is capable of duty cycles from 2% to 98% and repetition rates from 40 Hz to 30,000 Hz using the internal trigger. With an external trigger the system is capable of single shot to 600 kHz with a pulse width of 500 ns to 100% duty cycle.
Programming is done through front panel controls as well as RS-232 and USB computer interfaces.
Computer Interfaces
For automated applications, complete control of the instrument is provided through RS-232 and USB computer interfaces. Up to five system configurations may be stored in internal non-volatile memory, providing instant recall of frequently-used configurations.
Control Signals
Conveniently-located front panel BNC connectors allow the PVX-4000-2kV to be externally triggered.
The system has a Sync output for interconnection to other equipment. The pulse from the Sync output is synchronized to the leading edge of the output voltage pulse.
The output voltage waveform can easily be monitored through the Voltage Monitor BNC connection using an oscilloscope set to 1 MΩ termination.
Features
0 to ±2000V Pulse Output
<50ns Rise And Fall Times
Pulse widths from <500ns to DC
Internal Trigger
40Hz to 30KHz Pulse Repetition Frequency
2% to 98% Duty Cycle
External Trigger
Single Shot to 600KHz Pulse Repetition Frequency
0% to 100% Duty Cycle
Protected Against Arcs, Shorts And Load Transients
Voltage Monitor and Sync Outputs
Applications
Optimized for high impedance capacitive loads, the PVX-4000-2kV-EX is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
Its robust and versatile design also makes it well suited for pulsing or gating power tube grids, Pockels cells and Q Switches, acoustic transducers, microchannel plates, photomultiplier tubes and image intensifiers.
Description
The PVX-4000-2kV is an air-cooled, high voltage pulse generator. Optimized for driving high impedance capacitive loads at up to ±2000 V, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
The output voltage can be set from 0 V to ±2000 V. Duty cycles from 2% to 98% and repetition rates from 40 Hz to 30,000 Hz are supported by the internal trigger source.
Pulse widths from 500 ns to DC and repetition rates from single-shot to 100 kHz are supported when an external trigger source is used. With a built-in trigger source and the internal positive and negative high-voltage DC power supplies, the PVX-4000-2kV can be used as a standalone test system.
Programming is done through front panel controls as well as RS-232 and USB computer interfaces.
Computer Interfaces
For automated applications, complete control of the instrument is provided through RS-232 and USB computer interfaces. Up to five system configurations may be stored in internal non-volatile memory, providing instant recall of frequently-used configurations.
Control Signals
Conveniently-located front panel BNC connectors allow the PVX-4000-2kV to be externally triggered.
The system has a Sync output for interconnection to other equipment. The pulse from the Sync output is synchronized to the leading edge of the output voltage pulse.
The output voltage waveform can easily be monitored through the Voltage Monitor BNC connection using an oscilloscope set to 1 MΩ termination.
Features
0 to ±2000V Pulse Output
<50ns><500ns><500ns to DC
Protected Against Arcs, Shorts, And Load Transients
Voltage Monitor and Sync Outputs
Applications
Optimized for high impedance capacitive loads, the PVX-4000-2kV is well-suited for driving extraction grids and deflection plates for electrostatic modulation of particle beams in time-of-flight mass spectrometers and accelerators.
Its robust and versatile design also makes it well suited for pulsing or gating power tube grids, Pockels cells and Q Switches, acoustic transducers, microchannel plates, photomultiplier tubes and image intensifiers.
From design to certification, eInfochips have developed solutions across aerospace and military programs with expertise on processes including DO-178B, DO-254, and DO-160. This presentation showcases our expertise and respective engagements in the Avionics Industry
The Automotive Industry needs Very Light Cars or VLC. Electronics integration is part of the answer. Emerging applications need the ability to change hardware features as the market demands. In this presentation, Triad Semiconductor offers a seamless set of solutions that span low, medium and high-volume production requirements. Triad's ViaASICs are a better ASIC solution that allow for rapid-prototyping and fast time to market with breakthrough improvements in total-cost-of-ownership (TCO) and Time-to-Market (TTM). Triad's ViaASIC utilize patented Via Configurable Array (VCA) technology, and a powerful set of mixed signal design tools to reduce Via ASIC (custom silicon) development times down to as little as 3-5 months. Fabrication costs can be reduced from $1M down to as little as $10,000. Watch the presentation to see how to radically reduce the development costs of your next electronics integration project.
These are the slides of the second part of this multi-part series, from Learn Python Den Haag meetup group. It covers List comprehensions, Dictionary comprehensions and functions.
Planificación hídrica y gobernanza del agua: su implementación en la Subcuenc...ComisionCuenca
La contaminación de ríos es una problemática evidente de la actual gestión del agua en la Cuenca del Valle de México (CVM), a diez años de la incorporación del modelo neoliberal, Gestión Integrada de los Recursos Hídricos (GIRH), en la Ley de Aguas Nacionales (LAN) en el año 2004.
A matéria explicou quais são os procedimentos tomados assim que a gestante decide ter o bebê na instituição e quais são os benefícios para as mães que decidem pelo parto natural.
Plan Hídrico subcuencas amecameca compania tlahuacComisionCuenca
El Plan Hídrico fue elaborado por la Comisión de Cuenca Ríos Amecameca y La Compañía, a través de un proceso or- ganizado y asesorado por el Centro para la Sustentabilidad CENTLI, de la Universidad Autónoma Metropolitana y Guardianes de los Volcanes, contando con la participación de especialistas en los campos de hidrogeolo- gía, ingeniería hidrológica, civil y ambiental; tecnologías de tratamiento de aguas residua- les; biología; agronomía; sociología; econo- mía; derecho y metodologías de planeación. En total, se realizaron 128 recorridos, 27 reuniones locales, 12 talleres zonales y seis reuniones regionales, contando con la par- ticipación de los tres Comités de Usuarios (agrícola, industrial y público-urbano) y siete Comités de Sectores (forestales, productores, empresas verdes, educación, turismo, géne- ro, asociaciones cívicas/afectados), así como con la participación de autoridades ejidales, actores estratégicos locales y de los tres niveles de gobierno.
For more than 50 years, Epec has continued its tradition of perfection in engineering and manufacturing printed circuit boards for the most discerning customers. Our years of manufacturing experience provide us with a competitive edge when it comes to PCB layout and design. From a simple single sided board to a complex multi-layer, double sided surface mount design, our goal is to provide you a design that meets your requirements and is the most cost effective to manufacture.
Industrial Automation Company In India | Electrical Automation Company in Ind...codewithharsi
Max Engineering & Automation (P) Ltd is a premier industrial automation company in India, dedicated to revolutionizing industries through cutting-edge electrical automation solutions. With commitment to innovation and excellence, we offer tailored Industrial Automation Services to enhance efficiency and productivity.
Exploring PCBLOOP: Innovations in PCB Fabrication and Assembly Technologypcbloop2
Welcome to PCBLOOP, your go-to place for all things PCB fabrication and assembly! With over 20 years of experience, we're experts in making printed circuit boards (PCBs). Our goal is simple: we want to make the best PCBs for our customers, whether they need a few or thousands. We care about quality, speed, and cost-effectiveness.
At PCBLOOP, we have top certifications like ISO 9001 and RoHS, showing our commitment to high standards and environmental friendliness. We believe in diversity, so we welcome people from all backgrounds to bring fresh ideas to the table.
We value our employees and offer them competitive pay, great benefits, and a supportive work environment. Whether you're starting or have years of experience, we have opportunities for you. Join us at PCBLOOP and be part of a company that's leading the way in PCB technology. Visit our website: https://www.pcbloop.com/pcb-fabrication/
8. Manufacturing Facilities:
Harbor City, CA 1429 W. 240th Street
Harbor City, CA 90710
(310)534-0959
www.judcomfg.com
Mexico: Mexicali
Michigan Sales & Engineering Support:
Eastern Michigan: Judco Mfg.
2000 Oakley Park Rd., Suite 208
Walled Lake, MI 48390
Dan McGlone 248-624-6840 or 586-914-6286
Western Michigan: Judco Mfg.
41 Washington Avenue, Ste 235
Grand Haven, MI 49417
9. Years in Business: 38
Local & Residential Plant Engineering Support
Very Low Warranty on Existing Products
Privately Held Company
Financially Stable With No Debt
Sales: 2010- $12,500,000
2011 - $18,200,000
2012 - $25,000,000
2013 - $28,500,000
2014 - $31,255,759
Other Automotive Customers: Ford, General Motors, Nissan, Toyota,
Tesla
Takata, Autoliv, Federal Mogul, IAC
Last Chrysler Audit: October 2013 - Harbor City
September 2013 - Mexicali, Mx
November 2007 - Honduras
10. Current TechnologyCurrent Technology
State of the art molding technology
3-D printers on hand for rapid prototyping of parts.
Full in house machine shop with high speed multi-axis
machining centers.
Direct electronic transfer from CAD to CNC prototyping
capability.
All phases of plant floor networked for real time computer
access to check status on any process or order.
Fully automated high speed wire processing machinery.
Fully automated welding processes producing 700 welds
per hour. This machinery built in house with current
personnel and equipment.
11. Engineering/Tool RoomEngineering/Tool Room
TOOL ROOM CAPABILITY
Judco’s 6 man shop has personnel that are highly
trained and experienced in mold making,
prototyping, and machining of all types of jigs
and fixtures.
Our equipment consists of two Mini Haas machine
centers with high speed capability for prototyping
and one Haas VF1 used for mold making.
Also included are lathes, surface grinders and 4
Bridgeport mills. Newly acquired CamWorks
(cad/cam system) provides reduction in
programming time and file sending to mold
makers. Elysium provides Catia read/write
translator for more efficient communications with
Tier 1 engineers.
12. Wire CapabilitiesWire Capabilities
7 fully automated Komax 333 wire
processing machines.
1 automated Komax 110 bench-top
machine.
All machines capable of both single and
double end terminations.
2 High speed Cadera wire processing
machines capable of processing 4500 wires
per hour.
Sophisticated crimp force monitors for
exacting crimps.
Wire processing done on a continuous 24
hour / 3 shift schedule.
Can process wire gauges from 12g to 26g.
13. Molding CapabilitiesMolding Capabilities
Full service custom injection molding department to
handle all of your plastic design, production, and
assembly needs.
19 injection molding machines:
(10) - 28 ton machines
(2) - 55 ton machines
(2) - 66 ton machines
(3) - vertical "shuttle type" machines
(2) – 110 ton machine
Department runs 24 hours a day, 7 days a week.
Over 400,000+ parts are produced on a daily basis.
Constant "on-line" quality checks. PPM figures and scrap
material tracked on a department and machine specific
basis.
We have the expertise and closed loop machines to mold
close tolerance, intricate parts.
We are a manufacturer first, so we design based on
"manufacturability”.
14. 3D scanner
Scanning the die cast components enables our process engineers to have a
complete understanding of how the die cast process effects actual product
geometry compared to CAD nominal.
Scanned part images are generated via the 3D scanner, color gradients
illustrate out of tolerance conditions. Green areas indicate an intolerance
condition, red indicates an out of tolerance condition. Real time feedback
from scanned castings allow the process engineers to adjust process
parameters to correct out
15. Spectrometer
All zinc alloy received arrives with material certifications
ensuring alloy elements comply with specifications.
Our spectrometer enables the metrology department to
determine the actual element make up of our castings.
16. Metal flow simulation software
Flow simulation performed prior to tool build ensures optimal gate
and runner design for high pressure zinc die casting. Proper gate
geometry and location is a critical tool design consideration.
17. Engineering StrengthsEngineering Strengths
Engineering Capability
Extensive experience and expertise in research, design and development in electronic,
electrical and mechanical disciplines.
Experienced outside consultants available to assist and augment our design
engineers.
Experience and ability to create unique switches and other electrical products.
Have participated in several DFSS projects.
Design & Software Capability
Catia - V4 & V5
Unigraphics
Team Center Access
Solid Works
Rapid Prototyping
Mastercam
FEA
Mold Flow Analysis - Autodesk
Testing
Test Lab on site.
(3) Environmental chambers.
Switch cycle testing with data-logging capability.
Vibration testing also available off site.
18. Available Switch Capacity Shown In Yellow
Capacity available to build an additional 4,000,000
Switches per year in Mexico.
21. Quality
ISO 9001: 2008 Certified
TS 16949 Audit July of 2014.
Very low warranty on similar products.
Light intensity & graphics color measurement equipment
on hand
Current CPK on similar parts – 2.44
Last Chrysler visit to our facility – September 2013.
Full quality Lab on site.
CMM & Automated measuring
systems in house(See Picture)
Starrett AV300 Measuring System