GW Instek presents the brand new 5 1/2 Digit Dual Measurement Multimeter─ GDM-8351 to replace GDM-8251A of the same category. GDM-8351 features VFD dual-display, maximum 120,000 counts, 0.012% basic DC voltage accuracy and USB/RS232C connectors to provide users with measurement precision, lucid data observation, and the convenient connection with the personal computer.

PPH-1503 is a high-speed and high-precision DC Power Supply with dual range of 15V/3A or 9V/5A. PPH-1503 is exclusively designed to meet low power consumption requirements and users’ great demands of accuracy, speed and resolution of both voltage and current. Circuits are designed with swift response capability to provide a stable voltage output while experiencing load changes. For example, when switching cellular phone from standby to talk mode, the current consumption will be dramatically changed within milliseconds. When load current exceeded current limit, two operational modes: Limit and Trip can be selected. Under Limit mode, PPH-1503 will automatically switch to constant current (CC) mode. Under Trip mode, voltage output will automatically turn off.

The GPR-M Series is single output, 180W, linear DC power supplies, featuring all the same functions as the GPR-H Series but for lower power demands. Like the GPR-H Series, the GPR-M Series is suitable for high-end precision bench top applications. Low load and line regulation for both constant voltage and constant current mode ensure reliable, predictable output. Overload and reverse polarity protection as well as internal selection for dynamic or constant load are standard.

The GPR-H Series is single output, 240 to 375W, linear DC power supplies. Ranging from 8 to 300V, the GPR-H Series comes in a number of different configurations to suit a variety of different needs. To protect loads, the GPR-H Series features robust protection measures with overload and reverse polarity protection. Continuous or dynamic output is supported for pulsed current applications such as power amplifier testing. The high regulation and low ripple/noise make the GPR-H Series suitable for high-end bench-top applications requiring precision.

Cost-Effective, High-Performance Solutions for Low Loss Challenges Consider dB Miser™ ultra low loss cable assemblies. High performance materials, careful attention to design detail, and stringent process control yields: Ultra low insertion loss over the specified frequency range Excellent amplitude stability with flexure Stable performance over operating temperature range  Increased shielding effectiveness  Greater connector retention

Best in class phase stability vs. temperature makes FlatPhase™ the preferred option when you need flat phase. Our proprietary foamed fluoropolymer dielectric avoids the typical PTFE knee to deliver a flatter phase response. You can expect: An extremely effective lab cable designed for fewer calibrations A cable that withstands large temperature swings Another high quality Storm cable with exceptional performance Any application that has an environment with extreme temperature fluctuations or stress inducing elements will effectively benefit from the robust properties of FlatPhase™. Uses in aircrafts and ground vehicles see immediate benefits after switching from PTFE dielectric cables.

Systems and Test & Measurement applications will benefit from the FlexCore™ Advantage when requirements call for: Ease of handling Mechanical reliability Repeatability Excellent connector retention And, with its 7-strand center conductor design, FlexCore™ minimizes the increased attenuation common to 19-strand designs. FlexCore™ accommodates the need for installation flexibility, flex during use and handling, and maintaining calibration during sensitive RF measurements. With validated mechanical and electrical stability at more than 100K flexures, the FlexCore™ 210 Series is the cable that engineers turn to when extended product lifecycle and RF performance stability is a prerequisite.

Does your application require: Low resistance to flexure?  Continual movement? Low weight? Does it have tight space constraints? Whether you're facing one or more of these issues, FlexFit™ assemblies can provide your solution.  The FlexFit™ cable has a stranded center conductor that offers ultra flexibility (>500,000 flexures) with electrical and physical stability. And, its small size (0.052"/1.32 mm OD) satisfies weight and space constraints that can impact ease of installation.

Superior phase stability vs. temperature makes this cable the ideal choice for phase-sensitive applications— particularly those with wide operating temperature ranges. Phase Master's enhanced phase stability— a result of a proprietary combination of high performance, tape wrapped PTFE dielectric and helically wrapped SPC shield—offers: Improved system performance Less frequent calibration More precise measurements From environmental stress screening to electronically scanned radar systems, count on Phase Master® assemblies to provide unparalleled value and performance.

Does your application require cable assemblies offering some combination of phase stability and low loss, significant shielding effectiveness and increased durability? Consider Phase Master® 190E as your design-in option. Compared to similar phase stable cables, the Phase Master® 190E’s enhanced, multilayer shield construction yields: A high level of phase stability vs. temperature Reduced insertion loss & increased amplitude stability  Increased shielding effectiveness (120 dB @ 1 GHz, min) Increased mechanical durability, especially torsion resistance Greater connector retention (>40 lbs straight pull with SMA connectors)

StormFlex® 034 Miniature Assemblies Ruggedness and durability combined with ultra-small 0.038" diameter, very low weight, and extreme flexibility make Storm Flex® 034 cable assemblies the perfect fit for applications including gimbal, digital test and high density. StormFlex® 047 & 086 Miniature Assemblies With 0.055" and 0.096" diameters, durable construction, and low profiles in SMA SP configuration, Storm Flex® miniature cables offer superior electrical performance in a trouble-free, compact assembly. StormFlex® 141 Combining flexibility and durability with a larger 0.160" diameter, Storm Flex® 141 maintains excellent electrical characteristics through multiple flexures.

An SF047EW assembly offers test engineers, application designers, manufacturers of mmWave applications the proven durability and robustness of Storm Flex® 047 cable, optimized for coaxial connectivity at frequencies up to 110 GHz. SF047EW cable can withstand handling and flexing and while maintaining the original Insertion Loss and VSWR performance at frequencies previously addressed by waveguides.

The Question: What does Teledyne Storm Microwave’s True Blue® line of cable assemblies provide? The Answer: An unmatched combination of low loss, durability, and value. For more than 30 years, our True Blue® assemblies have been the winning choice of design, test, and production engineers for: Military and aerospace design-in applications General purpose test applications Production testing With a design based entirely on high-performance materials, the True Blue® line covers frequencies from DC to 50 GHz. Assemblies are available in both custom configurations and a variety of standard lengths and connector combinations. The basic True Blue® cable is designed to be durable. However, for applications requiring added durability, assemblies are also available ruggedized, armored, and soft armored.

Extend your system’s performance with Storm’s MAXIMIZER™ line of cable products. For the most demanding applications, phase stable low loss Maximizer™ Gold products offer the highest performance in terms of low loss, high power handling, and increased electrical length stability over temperature. Low loss RG replacement Maximizer™ Silver products offer significantly lower loss at higher frequencies than standard, solid PTFE microwave semi-rigid cables. And since they fit readily available connectors, they provide a very cost-effective solution to many design challenges. Maximizer™ Cables:  Custom-built assemblies, coils, or straight lengths Copper, tin, or silver-plated finish; custom finishes on request

Teledyne Storm Microwave takes pride in offering a comprehensive range of MIL-DTL-17-qualified replacement cables in standard sizes. Our most popular selections include: .047” OD (M17/151) .086” OD (M17/133) .141” OD (M17/130 In addition, we provide other MIL-DTL-17 standard size cables upon request, ensuring we meet all your specific needs. Our in-house designed, cost-effective connectors cater to numerous standard interfaces such as SMA, TNC, and SMP. We seamlessly procure and terminate existing designs that specify particular interfaces and manufacturers according to your drawings. Our services go beyond providing cables; we specialize in custom routing services and optimization of existing routing. Utilizing state-of-the-art custom bending machines and leveraging over 40 years of industry experience, we guarantee the tightest angle and length tolerances, ensuring that performance specifications are consistently met.

If you’re responsible for testing RF and microwave electronics systems and hardware, you should know: For over 35 years, Teledyne Storm Microwave has been developing and delivering standard and custom Test & Measurement solutions to meet challenging needs like yours. Take our Accu-Test® cable assemblies. The Accu-Test® line of assemblies was designed to provide exceptional performance in applications requiring both durability and phase stability vs. flexure. The result? Calibration accuracy is maintained, with worry-free handling.

When you need a general purpose test assembly that can be counted on for the long haul and won’t bust the budget, you need a DuraTest™ assembly. DuraTest™ combines: The proven toughness of Teledyne Storm cable Captivated stainless steel connectors Proprietary Hard-To-Hurt™ strain relief technology Resulting in an extra durable, precision test assembly that: Has an average flex life of 25,000 flexures Is guaranteed for one year

Engineered to provide precise measurements with stable electrical performance Excellent loss, VSWR, & phase/amplitude stability with flexure.  Internally ruggedized cable construction delivers longer life, repetitive mating and prevents crushing, bending & twisting Accurate & repeatable measurements  Performance tested prior to shipment

Solutions comprise harnesses ranging from basic bundled RF cable interconnects to sophisticated “fan-out” designs calling for stringent RF matching, complex housings, and multi-channel connectivity compliance. Plug-to-Plug with Armor Armored harness assemblies are typically used to connect boxes together when maximum protection of the cable is required. Various types of armor are available, from the extremely crush- and environmentally resistant rubber coated metal armors to the light weight corrugated PEEK plastic. The most popular finishes for the connectors and backshells are nickel or cadmium. Plug-to-Plug with Expando Jacket Typically used to connect boxes or test equipment, these harness assemblies have a textile “Expando” braid over the cable assemblies to keep them contained and provide abrasion resistance. In some cases the routing convenience alone is reason to use this type of an assembly, rather than struggle with multiple individual cables. This is a lower cost option than an armored assembly, and a...

The Mini-MultiMate® is a compact, rugged, splash-resistant interconnect system that allows multiple high frequency connections (up to 50 GHz) with a single connector. As an interconnect between a panel or PCB, the Mini-MultiMate’s compact size and utilization of Storm Flex® 047 & 086 cables makes it the perfect fit for high density layouts. Built to be durable, Storm Flex® 047 & 086 cables have the flexibility to handle tight bends and offer superior and consistent electrical performance with flexure. The Mini-MultiMate® also accepts 047 & 086 semi-rigid cables. Ease-of-use features include port identification on the connector block and the ability to replace individual channel assemblies.