High-bandwidth Applications Likely to Increase the Adoption Rates of AWGs

MOUNTAIN VIEW, Calif. – The mature Signal Generator and Arbitrary Waveform Generator market has made slow progress in recent years, with product development being more evolutionary than revolutionary. Innovation remains limited to increasing bandwidth, frequency range, accuracy, and improving operating systems.

New analysis from Frost & Sullivan of the Signal Generator and Arbitrary Waveform Generator Market, finds that the market earned revenues of $636.0 million in 2010. The market is expected to grow at a compound annual growth rate of 3.3 percent to reach $800 million in 2017. If you are interested in a virtual brochure for this study, please send an email to Sarah Saatzer, Corporate Communications, at sarah.saatzer@frost.com, with your full name, company name, job title, telephone number, company email address, company web site, city, state and country.

Most products in the market can deliver either high resolution or signal speed, but not both.

“However, the potential for growth in the AWG segment has been increasing with the introduction of next-generation products providing high-speed bandwidth,” says Frost & Sullivan Research Analyst Mariano Kimbara. “An increasing number of digital modulations transport more data in the same bandwidth, making them more likely to generate imprecise levels of transmissions and phase angles and increasing the need for AWGs.”

Market participants can also take heart from the continuous development of wireless communication standards, which could potentially lead to a ‘wireless decade’ in the next ten years. The SGs market will be eagerly following the rapid development of standards such as wireless interoperability for microwave access (WiMAX), third-generation (3G) wireless, fourth-generation (4G) wireless, wideband code-division multiple access (WCDMA).

“Many end users are looking for defined architectures to help them communicate over WiMAX, CDMA, or long term evolution (LTE) and are looking for software packages around hardware that can communicate on these standards,” notes Kimbara. “The combination of communications with wireless 60GHz and improvements in new wireless technologies in the aerospace and defense segments will give a boost to the SGs and AWGs market.”

There is also a perceptible shift to a software-defined approach in the market. AWGs are especially useful when they are combined with software to simplify waveform creation and fully exploit wideband signal generating capabilities. The higher technical demand in the SG and AWG market has had companies leveraging new standards such as the new open standard for modular instrumentation and advanced TCA extensions for instrumentation and test (AXIe) in the AWG market. Others are increasing the channel count with four-channel AWGs.

Analysis of the Signal Generator and Arbitrary Waveform Generator Market is part of the Test & Measurement Growth Partnership Services program, which also includes research in the following markets: General Purpose Test & Measurement Equipment and Modular Instruments for Test and Measurement. All research services included in subscriptions provide detailed market opportunities and industry trends that have been evaluated following extensive interviews with market participants.

HIOKI Signal Source 7016 Signal Generator

As a Signal Generator
Meters that use pulse output as sensor signals, such as flow meters, can easily be calibrated in the field by using the 7016 as a pulse generator to supply reference signal input. Its ability to generate constant voltage and constant current in the range from 1-5 V and 4-20 mA makes it ideally suited to a variety of maintenance needs, such as calibration of equipment instrumentation in the 1-5 V/4-20 mA range.

As a DMM
The 7016 achieves unparalleled performance for a handy DMM, providing DC voltage measurement accuracy of ±0.03% rdg. ±5 dgt. (excluding 50 mV range), with display switchable to 51000 count. Also, in addition to the basic measurements of DC voltage, DC current, AC voltage, resistance, diode, and grounding, this multi-function instrument also supports frequency and temperature measurement.

Test Equipment for WWII Radar Counter-Measures (CXFD)

This World War II era test equipment was for use with radar counter-measures (CXFD) and designed to substitute for a radar system for testing CXFD equipment, radar jammers, beacon systems and similar devices. and to monitor the pulse-modulated output of radar counter-measures equipment. This device was developed by Ralph Deutsch at the National Bureau of Standards and built by Columbia Broadcasting System for the U.S. Navy Bureau of Ships. Declassified in 1954. “Source National Institute of Standards and Technology Digital Collections, Gaithersburg, MD 20899  Accession Number 1998.0138.002″

How Thermal Engineers can Save Money on World Class Test Equipment for Thermal Analysis

Thermal engineers increasingly hold the keys to making today’s high performance, small form factor, telecommunications equipment and blade servers work at their optimal level. The growing trend in this kind of equipment is to smaller form factors. An equal trend is higher density of components in such systems. The dual trends of smaller systems with more components increases the thermal stress in a system. As a result, thermal management is often the key enabler to these products functioning properly. In the midst of this, tight research and development budgets mean thermal engineers often have difficulty affording the necessary equipment to do their most basic research to guide their development of a thermal management system.

Gone are the days when a simple heat sink, applied with thermal tape and coupled with a larger fan, are adequate for cooling electronic systems. Instead, complex air flows in systems have to be detected, temperature gradients must be identified, and hot spots accounted for in a system wide thermal analysis. This data is then used to create a system level thermal management solution to manage chip junction temperatures. But, data must be collected first to create such a solution.

ATS’s eATVS-4, coupled with its omnidirectional Candlestick sensors, and fully automated stageVIEW data acquisition and reporting software, are the perfect, low cost, tools for data acquisition and thermal analysis. The eATVS-4 automatic temperature and velocity scanner features include: portable hot wire anemometer, fully automated to save time and increase accuracy of data acquisition, with the capability to measure both air temperature and air velocity with one sensor; both fluid and solid temperatures may be measured.

The eATVS-4 gives thermal management professionals a research-grade instrument at a price that will not bust an engineering department’s capital budget. Additional capabilities of this instrument include: 4 channels of simultaneous measurement of air temperature and air velocity, ability to measure a temperature range from -30C to 150C, capability to measure air velocity from 0 to 50 m/s (10,000 ft/min) +/- 2% at velocity and measurement storage limited only by your computer’s storage.

ATS’s 9mm high candlestick sensors, included in the base system, are rugged, omnidirectional sensors that measure both air temperature and air velocity to eliminate errors that can occur when airflow is non-isothermal. The plastic design prevents shorting of electronics and creates a more durable sensor. Double-sided adhesive makes the sensors easy to mount on any surface.

The final part of this system is the stageVIEW Operating Software. stageVIEW is a graphic-driven program that enables the user of the eATVS-4 to set various parameters to automatically acquire the necessary thermal data from an experiment. The data acquisition is comprised of cycles. The number of cycles and the duration of each cycle are dictated by the user as an experiment is set up. Each cycle consists of a selected number of temperature measurements, followed by a selected number of velocity measurements. The cycles will continue until the overall time elapsed is greater than the duration of a single cycle. The user can check the availability of the sensors set up in an experiment, and select specific sensors for collecting data. Data is stored on an attached computer and is accessible by Excel.

The eATVS-4 Automatic Temperature & Velocity Scanner is a portable, 4-channel hot wire anemometer system.

Click here for more information on the economical and accurate eATVS-4 Temperature & Velocity Scanner

December 12th, 2011 Lake Mary, FL – Test Equipment Connection Corporation announces a North America Distribution Agreement with Advanced Thermal Solutions Inc. a leading engineering/manufacturing company focused on the Thermal Management of Electronics.

“Advanced Thermal Solutions is an industry leader focused on the thermal management of electronics.” said President and COO Mike Novello. “Their popular ATVS-2020 Automatic Temperature & Velocity Scanner is a patented, multi-channel hot wire anemometer system for single or multi-point measuring of air temperature and velocity. Each sensor measures both temperature and velocity, which eliminates errors introduced as a result of the flow being non-isothermal. The unique, patented sensors are designed to be flexible, robust and low profile to minimize flow disturbance and can be easily placed anywhere in the test domain. The Advanced Thermal Solutions Product Line complements our vast GPTE offerings by providing high quality measurement solutions for temperature, velocity, and pressure.”

About Advanced Thermal Solutions, Inc

Advanced Thermal Solutions, Inc (ATS) is a leading engineering/manufacturing company focused on the thermal management of electronics. Their most current innovation, MxiPKG, resets the bar for thermal management of semiconductors. Founded in 1989 as a consulting company, ATS has evolved to a complete thermal solutions provider and is world renown for its portfolio of more than 450 high- and ultra performance heat sinks, research-quality test equipment, and leading-edge R&D. In the interval of three years, ATS has established its own manufacturing center in the US, developed strategic partnerships with Asian manufacturers and opened ATS-Europe, its sales and engineering office in Holland. As ATS has significantly increased its customer base, its product offerings have also expanded to include Advanced Fan Trays, Liquid Cooling Systems, Advanced Cooling Systems and Next-Generation Thermal Test Instruments.

About Test Equipment Connection Corporation

Test Equipment Connection Corp., Test Equipment Connection Pte. Ltd., TE Connection Asia Limited, and Test Equipment Connection Europe S.P.R.L. are industry-leading suppliers of new, refurbished and second-hand electronic test and measurement (”T&M”) equipment. The companies sell, buy, lease, rent, trade, repair and calibrate over 400 manufacturers including Tabor, Anritsu, Rohde & Schwarz, Agilent, Tektronix, Advantest, LeCroy, Chroma, Ophir, AEMC and Fluke, with over 40,000 products available. The companies are a single source supplier with in-house calibration laboratories assuring that customers receive only the highest quality T&M equipment and support. Test Equipment Connection Corporation has over 250,000 customers, a 45,000 square foot warehouse and repair facility in the US, and 18 years of profitability and financial strength.

Visit www.testequipmentconnection.com or Email sales@testequipmentconnection.com for more information

####

Test Equipment Connection Corporation 30 Skyline Drive

Lake Mary, FL 32746 USA

(407)804-1299 | (800) 615-8378 x 141

New ATS Velocity, Temperature and Pressure System

Advanced Thermal Solutions iQ-200

The iQ-200 is designed to be used wherever temperature, pressure, and velocity measurements are required, either simultaneously or individually.

New ATS Hot Wire Anemometer with 8 Channels and 8 Candlestick Sensors

Advanced Thermal Solutions ATVS-2020-8

The ATVS-2020 Automatic Temperature & Velocity Scanner is a patented, multi-channel hot wire anemometer system for single or multi-point measuring of air temperature and velocity.

New ATS Pressure Transducer Module

Advanced Thermal Solutions PTM-1000

The PTM-1000 Pressure Transducer Module is a four-channel test instrument for measuring differential pressure in enclosures where air flow integrity is critical to proper performance. As the demand for more energy efficient cooling grows, the need for measuring the pressure at each source of heat generation will follow.

New ATS Heat Flux Controller

Advanced Thermal Solutions HFC-100

The Heat Flux Controller is a high heat flux chip simulator capable of measuring and controlling the amount of heat in a resistive element. The HFC-100 comes with a chip simulator capable of dissipating 1k /cm2. The design of the heater block insures minimal heat loss to the ambient, hence a more accurate thermal resistance determination of either heat sinks or cold plates.

New ATS Custom Wind Tunnel Controller

Advanced Thermal Solutions CLWTC-1000

Custom built for the CLWT-067 closed loop wind tunnel, the CLWTC-1000 is designed to automatically control the air flow and temperature through the test chamber. The controller is operated with a Windows PC (not included) to manage and measure air speed and air temperature, and to obtain continuous data on the devices under test.

Check out our entire line of ATS Thermal Management Solutions

The ATS Thermal Products Page is Here

Frost & Sullivan Hosts Gigabit Ethernet Test Equipment Webinar: Evolving End-User Technologies: Gold Mine or Challenge for the Gigabit Ethernet Test Equipment Vendors?

Gigabit Ethernet Test Equipment Market: Riding the Wave of Change

MOUNTAIN VIEW, CA- Dec. 8, 2011

When: Thursday, Dec. 15, 2011 at 1 p.m. EST
Location: Online, with free registration
Speakers: Prathima Bommakanti, Industry Analyst, Measurement & Instrumentation, Frost & Sullivan | Tim Jefferson, General Manager, Network and Applications Division, Spirent Communications

A significant number of new technologies have recently been developed and introduced within the communications industry, such as voice over internet protocol (VoIP), triple play (voice, video, and data), video-on-demand, and wireless. With the end user shift towards these technologies, there has been increase in network upgrades and rise in demand for the gigabit Ethernet test equipment market. End users have become more aware of such occurrences, and they aim to purchase only those test products that address all the aforementioned technologies. This creates a challenge for test vendors, as they strive to satisfy all the needs of their customers.

Why You Should Attend:

• Learn about the growth of the gigabit Ethernet test equipment market
• Identify the drivers and restraints
• Learn more about the revenues corresponding to the 1,10,40/100 gigabit Ethernet market.
• Identifying the key market participants

This briefing will benefit service providers, network equipment manufacturers, enterprises, test vendors, and distributors by discussing emerging market trends and providing revenue projections for the next five years.

Supporting Quotes
“Constant introduction of new technologies is the name of the game in the communications industry, while it offers significant market opportunities to scale up to the advanced technologies,” said Prathima Bommakanti, Industry Analyst for Frost & Sullivan’s Measurement & Instrumentation practice. “This does pose considerable technological challenges to the test vendors. Offering increased density along with increased performance features in a single solution challenges the gigabit Ethernet test equipment vendors.”

“The Mobile Internet, driven by the widespread adoption of smartphones and tablets, is increasing the size of data centers and forcing service providers to expand access and backhaul networks,” said Tim Jefferson, General Manager, Network and Applications Division for Spirent Communications. “The migration to 10/40/100G Ethernet in the data center and the carrier network presents tremendous opportunities as well as significant technical challenges. It is no surprise that equipment vendors and network operators alike are clamoring for a high performance, high scale testing and monitoring solution to validate subscriber Quality of Service (QoS) and Quality of Experience (QoE).”

Supporting Resources
For more information about Frost & Sullivan’s Measurement & Instrumentation practice, please visit: www.frost.com/M&I

Registration

• To attend the briefing, email sarah.saatzer@frost.com your full name, job title, company name, company telephone number, company email address and web site, city, state and country.
• Receive a recorded version of the briefing anytime by submitting the aforementioned contact details.

About Frost & Sullivan
Frost & Sullivan, the Growth Partnership Company, enables clients to accelerate growth and achieve best-in-class positions in growth, innovation and leadership. The company’s Growth Partnership Service provides the CEO and the CEO’s Growth Team with disciplined research and best-practice models to drive the generation, evaluation, and implementation of powerful growth strategies. Frost & Sullivan leverages over 50 years of experience in partnering with Global 1000 companies, emerging businesses and the investment community from 40 offices on six continents. To join our Growth Partnership, please visit www.frost.com.

In today’s marketplace, Ethernet and Fibre Channel (SAN) services are the focus of metropolitan area network data offerings. Fibre Channel networking technology is used to link storage systems and servers, and the storage industry is experiencing significant growth. By enabling Ethernet and Fibre Channel testing (both 1.0625 and 2.125 Gpbs) on the FST-2802, service providers are able to turnup and verify both set of services from the same test instrument, using the existing workforce with minimal training. In addition, the enhanced BER testing capability enables technician to stress test the layer 1 (physical layer) and layer 2 using a wide range of stress test patterns.Moreover, the dual port feature enables service providers to simultaneously stress two circuits with the full line rate traffic, and perform bi-directional monitoring of Ethernet and Fibre Channel circuits to verify that the network can support reliable communications.

Reconditioned JDSU FST-2802 with FST-2000 on Sale Now

Wilcom FR2-FC Fiber Ranger Optical Fault Locator

The Wilcom FR2 Optical Fault Locator is a rugged, light-weight, hand-held, easy-to use “one button” operation unit for multimode and singlemode applications. This instrument uses patent pending OTDR (Optical Time Domain Reflectometer) technology to make measurements. The FR2 is designed to pinpoint faults in an optical fiber cable, that can be over 10 kilometers distant, with amazing accuracy. The unit operates at the industry standard wavelength of 1310 nm, and can display the distance to a fault in meters or feet.

The FR2 is designed to measure the distance to fiber events along fiber cables in optical fiber systems .Useful applications for the FR2 include testing: Wide Area Networks (WANs), telecommunication spans of up to 10 kilometers, Fiber-to-the-Curb applications, installation of single mode fiber cabling, and military systems. The unit is an excellent tool for locating faulty connectors, damaged components, bad splices and breaks in singlemode and multimode cable sections.

The FR2 has been designed with the technician in mind with many easy to use features. It has a large LCD display for viewing ease, and can be used on multimode or singlemode cables. Its’ easy “one button” operation is used for activating the unit’s measure function, and the Index of Refraction (IOR) setting can be field selected with the use of a single button. The FR2 is designed to record up to seven multiple events, and display the distance to the event(s).

The unit can be equipped with either an ST™, FC, or SC connector that is optimized for multimode or single mode cables. Adapter cables are available to launch into different style connectors.

The FR2 is powered by four AA Alkaline batteries that can provide greater than 13,000 operations. An advanced power supply circuit ensures maximum battery life, and a display annunciator alerts the operator of a “low battery” condition. The auto power off circuit turns the unit off 5 minutes after the last reading to preserve battery power.

Safety – The Wilcom FR2 Fault Locator is a Class I laser product under the requirements of both the U.S. Center for Devices and Radiological Health, and the American National Standards Institute1. As such it presents no hazard to users who view the output when using proper operating procedures. However, it is recommended that users should not stare directly into the beam.

Single Fibre Arc Fusion Splicer – Fujikura FSM-60S

Worldwide, Fujikura has gained a reputation for developing and manufacturing innovative, high-quality products and nowhere is this more evident than in the company’s range of high precision fibre optic splicers. 65% of all of the fusion splicers currently sold worldwide are manufactured by Fujikura, the Fujikura name has become synonymous with fibre optic fusion splicers and the company has become the world’s leading supplier to telecommunication companies around the globe.

The FSM-60S Fusion Splicer is the next generation to the best-selling FSM-50S. This ruggedized splicing machine is smaller and lighter than its predecessor, and offers increased protection from dust, water, vibration and shock. The FSM-60S also has a battery that can be charged during normal operation, accommodates a variety of clamping systems, and has the option to incorporate a second heater.

Fujikura FSM-60S Single Fibre Arc Fusion Splicer Features:

• Highly Durable – Designed for Tough Environments
• World’s Most Compact & Lightest of its Class
• Core Alignment with Auto-Fibre Identification (PAS)
• 9 sec. Splice Time & 30 sec. Tube-Heat Time
• Auto-Start Tube Heater
• Optional Fibre Clamping Methods
• Splice Image Capture Facility
• Software upgrade via Internet
• Includes Multi-Function Worktable

Splicing Operation Using the Fujikura FSM-60S

The Time Electronics 1017 Multifunction Calibrator is designed for accuracy and reliability, while maintaining ease of use. It is a versatile calibration instrument that provides a high performance solution to voltage, current and resistance applications.

A high performance portable multifunction calibrator with voltage, current, and resistance ranges. The Time Electronics 1017 combines precision with simple operation, making it suitable for use in the workshop or field. Constructed in a compact and durable plastic case with a tilt stand/carry handle it takes up minimal bench space and is easily transportable. Five DC voltage ranges from 10mV to 100V full scale are available, each with a 6-digit (1ppm) resolution. The DC current range is 100mA full scale with a 100nA (1ppm) resolution. Resistance from 0.01Ω to 10kΩ is available 0.01Ω steps.

The 1017 can be powered from mains supply or by the internal rechargeable battery pack. Battery operation enables good performance where earth loop and noise pick-up occurs. When the calibrator is plugged into the mains supply the internal batteries will automatically start to recharge. If unplugged from the mains during operation the internal batteries will continue to power the instrument. A full charge allows 12 hours of typical use, the battery condition can be monitored by a meter on the front panel.

Stability vs Temperature and Time
Outstanding performance is achieved by the use of special computer selected reference diodes and the latest in resistor technology. The special low-thermal emf terminals reduce errors when working with microvolt signals.

Digital Deviation Control
Allows the output to be increased/decreased in % terms from 0 to +/-0.999%. This provides a direct read-out of error and simplifies the recording results for calibration certificates. It enables the user to immediately see if the unit under test is within specification.

Applications
The 1017 is suitable for calibrating and simulating a wide range of instruments including thermocouples, transducers, 4-20mA and 0-10V transmitters, and platinum resistance thermometers.

Pendulum Instruments CNT-91R High Performance Frequency Calibrators

The CNT-91R is an all-inclusive high performance calibrator of frequency sources, that combines high resolution measurements and advanced analysis, and a built-in ultra-stable Rubidium atomic reference clock. Its compact format, and its short warm-up time make the CNT-91R an ideal transportable frequency calibrator/analyzer. The graphic LCD gives on-screen statistical parameters like mean frequency value, Standard and/or Allan Deviation of frequency, plus unique graphic analysis like viewing initial frequency drift vs. time. The combination of ultra-high stability and resolution enables very fast and accurate frequency calibration. Frequency measurements are made back-to-back, with zero dead-time to enable correct calculation of Allan Deviation.

Transportability: The CNT-91R is an all-inclusive high performance calibrator of frequency sources, including also the highest precision OCXO:s. The compact format, and the short warm-up time, makes the CNT-91R an ideal transportable frequency calibrator

Complete Frequency Calibrator: The following parameters are displayed at a glance on the graphic LCD: – statistical mean value of frequency – Standard and/or Allan Deviation of frequency – Graphic view of initial frequency drift vs time

Fast and Precise Calibration of Mean Frequency and Allan Deviation (ADEV): The combination of ultra-high stability time-base and resolution enables very fast and accurate frequency calibration. Frequency measurements are made back-to-back with zerodead-time to enable correct calculation of Allan Deviation

Oscillator Analysis
The CNT-91R features true zero-dead-time measurements of frequency and phase (TIE), and can therefore be used for wander and jitter analysis of clocks under test.Zero-dead-time measurements are also a pre-requisite for correct calculation of short term stability expressed as Allan Deviation.

Who is Pendulum Instruments?

Pendulum Instruments is the world’s expert in time and frequency, calibration, measurement and analysis, with over 50 years of experience in test and measurement instrumentation. An industry leader serving the electronics, communications, metrology and military markets with a product portfolio of frequency counters, frequency standards and distribution systems, synchronization products, and wireless test equipment. A global company headquartered in Stockholm, Sweden with offices and subsidiaries in China, Russia, USA and Poland. Pendulum Instruments serves customers in over 100 countries.

Martel Millennium Series 3001 Precision Calibrators

The Martel 3001 Precision Calibrator combines the power and features of the M2001 (voltage, current, TC, RTD and pressure) with a second completely isolated measurement channel for a single laboratory calibration instrument unmatched in versatility, performance, and value. As with every Martel calibrator, the 3001’s world-class performance and features are accessed through a very simple-to-use, intuitive user interface. The Martel 3001 is truly a “process calibration laboratory in a box.”

Simple, Intuitive Interface
The 3001 provides simple, front-panel entry of mode, range, and value, using either direct key-board entry or cursor entry. Using cursor entry , the LEFT/RIGHT arrow keys are used to move the cursor under the digit in the display to be changed. The UP/DOWN arrow keys increment/decrement the value at the cursor position. Using direct keyboard entry, the exact value desired is entered using the numeric keys, and the ENTER key is pressed to set the output to that value. Whichever way you choose, setup is simple and fast. In the voltage output mode, the 3001 auto-ranges on the entered value for maximum accuracy at all times.

Total Setpoint Control
A SHIFT key provides easy access to the setpoint controls of the 3001. Up to nine setpoints can be defined for each output mode and each thermocouple and RTD type. Setpoints are recalled individually at the touch of three buttons, SHIFT, SETPOINT (SPT) button and then the corresponding numeric keys 1-9. Any number of sequential setpoints can
be stepped through automatically, with complete control of dwell time. Either way, for rapid setup of repeatable tests, no other instrument comes close to the Martel 3001.

Remote Control
All of the 3001 operating functions can be accessed via RS-232, IEEE-488 or USB using a standard PC running Fluke Met/Cal® software, Windows Hyper-terminal or other software using an ASCII protocol. Custom control programs may be written using programming software such as C++. Switching between LOCAL and REMOTE is as simple as touching the SHIFT and LOCAL buttons.

Rock-Solid Stability
The 3001 stability and accuracy is traceable to NIST standards. The accuracy of the 3001 is specified for both 90-day and one-year intervals. Manual zero calibrations can be made on all T/C and pressure functions to eliminate offsets.

Flexible Output
Five-way copper alloy binding posts provide a wide range of connection options. A standard pressure module connector is provided, as is the CJC T/C mini-jack.

Isolated Measurement Channel

The 3001 features a fully isolated measurement channel which allows the user to calibrate process transmitters and signal isolators. In reality it’s like having two instruments in one! This channel also incorporates a 24 volt loop power supply to power 2-wire transmitters and a HART interface resistor enabling direct connection to H.ART communicators.

Key features are:

• Two voltage ranges 10V and 100V DC
• Milliamp range 0 to 52mA
• Milliamp range with simultaneous 24 volt power (0 to 24ma)
• Selectable 250 ohm HART resistor Accuracy of 0.005% of reading on all ranges

Voltage Mode
The 3001 offers four precision voltage output ranges (100mV, 1V, 10V, and 100V) all with 0.003% (30ppm) accuracy. These ranges are ideal for calibrating a broad range of DC voltage instrumentation. Additionally all voltage outputs settle to full specification in less than 200ms making the 3001 ideal for automated calibration systems. An automatic stand-by mode (3) assures that output voltages above 30VDC must be acknowledged by the operator before the voltage appears at the output jacks. The stand-by mode is also triggered if the output current compliance is exceeded, thereby protecting the device under calibration.

Current Mode
The 3001 features a precision current output range (100mA) that offers 0.01% (100ppm) accuracy, which is ideal for calibrating process instrumentation especially 4 to 20mA equipment. With a full 12 volts of compliance at 100mA virtually any precision DC current measuring device can be calibrated using the 3001. Like the voltage ranges the current range offers quick settling time and an operate/stand-by mode.

Thermocouple Mode
The Martel 3001 can read and source any of 11 types of thermocouples. Its T/C input and output is Cold Junction Compensated, using an ultra-stable PT-1000 sensor.

RTD Mode
The 3001 can read and source 9 RTD types as well as YSI-400 and Ohms for non-standard curves. Probe coefficients (A, B, C, and R0) can be entered directly, with storage for up to five custom curves and one SPRT curve. The performance of the 3001 in the RTD mode compares to dedicated RTD measurement instruments. Unlike low-cost, less accurate RTD instruments, the display in the 3001 is always active, reading to three decimal places, using polynomial averaging to extract a high accuracy signal. The result is a very quiet, high accuracy reading.

Pressure Mode
The 3001 operates with all Martel BetaPort series pressure modules using the BPPA module adapter and covers pressure ranges from 0 to 10″ H2O to 10,000 psi. Pressure can be displayed in a wide range of engineering units with up to 0.025% Full Scale accuracy. The 3001 also supports Fluke 700 series modules and Mensor 6100 precision pressure modules.