FEINMETALL GmbH
FEINMETALL is a leading provider of contact solutions, in particular for testing electrical and electronic components. Our product portfolio includes test probes, test fixtures and probe cards with the finest structures for semiconductor test.
- +49 7032 2001-0
- +49 7032 2001-28
- info@feinmetall.de
- Zeppelinstraße 8
Herrenberg, 71083
Germany
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Product
HCF73229B100G300
1032815
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The HCF73229B100G300 high current probe is specifically designed for power electronics, offering a robust solution for demanding applications. With a basic contact probe structure, this model is ideally suited for use in environments with extreme temperatures, ranging from -45°C to +200°C. The probe's precise design ensures not only durability but also efficacy at high currents, handling up to 20 A continuously while maintaining a low contact resistance of just 10 mOhm. This makes it indispensable for applications where reliable performance is critical.
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Product
Basic Threaded Probes (F732, F724, F732, F727) F73205B200G150H
1001435
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The Basic Threaded Probes (F732, F724, F732, F727) are precision-engineered contact probes designed for a wide range of applications requiring careful electrical interfacing. With a design pitch of 2.54 mm (100 mil), these probes are capable of operating under extreme temperature conditions, ranging from -45°C to +200°C. The F732 model stands out due to its critical specifications and an excellent pre-load capability of 60.00 cN, ensuring reliable performance in high-reliability environments. The probes’ robust construction using premium materials, including beryllium copper for the plunger and high-grade steel for the spring, further enhances durability and resistance to wear and tear.
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Product
F73012B0012G110SP
1039195
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The F73012B0012G110SP Step Probe is designed for precision applications utilizing advanced technology. This model comprises features from its predecessors, the F720SP and F730SP, making it a reliable choice for users requiring top-notch performance in semiconductor testing and other high-accuracy environments. With a temperature range of -45°C to +100°C, this probe ensures consistent functionality across varying conditions, thus enhancing its usability in different industrial processes.
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Product
HF77HMTDf0120G750HMTDmP
1170798
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The HF77HMTDf0120G750HMTDmP is a high-performance coaxial probe from the HF77 family, designed for precise measurement applications in high-frequency environments. It operates effectively up to 20 GHz, making it suitable for advanced RF testing and characterization. With an impedance of 100 ohms, it is optimized for minimal signal loss and distortion, ensuring accurate data acquisition. The probe features a robust mechanical design that includes a nominal travel of 2.50 mm and a maximum travel capability of 3.50 mm, providing reliable functionality even under demanding conditions.
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Product
Basic Contact Probes (138 Mil) F78514S120L300L
1035639
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The Basic Contact Probes (138 mil) F78514S120L300L are engineered for precision and reliability in a range of applications. Boasting a pitch of 3.50 mm (138 mil) and operating temperatures from -45°C to +80°C, these probes are designed to perform under challenging conditions. Their mechanical specifications include a preload of 80 cN and a spring force of 300 cN, ensuring consistent performance and durability. With a nominal travel of 6.40 mm and a maximum travel of 8.00 mm, these probes offer flexibility in various setups, while their pointing accuracy of ±0.10 mm guarantees precise contact.
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Product
Radio Frequency Probes (Automotive) HF860GT13m011G930MCXfS
1109014
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The Radio Frequency Probes (Automotive) HF860GT13m011G930MCXfS is expertly designed for precision in automotive and electronic applications. This coaxial probe is engineered to operate reliably within a temperature range of -45°C to +100°C, making it suitable for various environments. With a compact pitch of 6.50 mm and the capability to handle a continuous current of up to 10 A, the HF860 provides robust electrical performance with an impedance of 50 ohms and a frequency range of up to 1 GHz. The cleverly constructed probe ensures optimal electrical connectivity while minimizing signal loss, allowing for clear and accurate transmission of radio frequencies.
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Product
Step Probes (F732SP) F73211B1056G150SP
1009694
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The Step Probes (F732SP) F73211B1056G150SP are precision-engineered components designed for high-performance applications in various electronic testing environments. With a robust design, these probes operate effectively across a temperature range of -45°C to +100°C, ensuring reliability in challenging conditions. Their exceptional pointing accuracy of ±0.08 mm and a substantial preload force of 60 cN make them ideal for delicate electronic measurements. Each probe is constructed using high-quality materials, featuring a plunger made of beryllium copper and plated with gold, which enhances conductivity and reduces contact resistance to just 20 mOhm. These probes come with optimized dimensions, including a total length of 35.50 mm and a projection height of 10.10 mm. The design ensures minimum space usage while maximizing functionality, with a nominal travel of 4 mm and a maximum travel of 5 mm. The Step Probes boast a powerful spring force of 150 cN, providing the necessary pressure for accurate readings and minimal wear over time. This combination of materials and design underscores the Step Probes’ efficiency and durability, making them a vital tool in both production testing and R&D applications.
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Product
High Current Probes (Temperature Sensors) TS110TYPK0
1034107
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The High Current Probes (Temperature Sensors) TS110TYPK0 are specifically designed for precise temperature sensing across a vast range from -45°C to +250°C. This probe is a quintessential tool for professionals needing accurate readings in various environments, thanks to its robust design and high-performance capabilities. With a basic contact probe design, the TS110 stands out with a compact total length of 15.00 mm and a tip style diameter of only 1.10 mm, allowing for easy insertion in tight spaces while maintaining reliability under extreme temperature conditions.
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Product
Basic Contact Probes (75 Mil) F07506B100G280
1134050
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The Basic Contact Probes (75 mil) model F07506B100G280 is designed for reliable performance under a variety of conditions. With a pitch of 1.90 mm, these probes are engineered to maintain excellent connectivity in extreme temperatures ranging from -45°C to +80°C. Whether used in high-frequency applications or demanding environments, the robust construction of Beryllium copper and bronze ensures durability and longevity while the gold plating provides superior conductivity and corrosion resistance. This model is ideal for applications where precision and reliability are paramount.
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Product
Basic Contact Probes (100 Mil) F77206B150G300
1001621
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The Basic Contact Probes F77206B150G300, with order code 1001621, represent a precision-engineered solution for reliable electrical connections. Designed to operate over a wide temperature range of -45°C to +80°C, these probes are constructed to provide top-tier performance under varying operational conditions. Their unique design, including a pitch of 2.54 mm (100 mil), ensures ease of integration into various applications, making them versatile for use in electronic testing equipment and custom applications requiring robust connections.
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Product
Basic Contact Probes (75 Mil) H701WW
1001839
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The Basic Contact Probes (75 mil) H701WW is designed for precision and reliability in various electrical applications. Featuring a wire wrap connection type, these probes are tailored for exacting standards, making them ideal for use in various technical environments. This model not only meets stringent design requirements but is also constructed with meticulous attention to detail, ensuring optimal performance.
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Product
Basic Contact Probes (75 Mil) F07518B064G180H
1014557
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The Basic Contact Probes (75 mil) F07518B064G180H are designed for superior performance in various applications, capable of operating effectively within a temperature range of -45°C to +200°C. With a continuous current capacity of 4.00A and low contact resistance of 100 mOhm, these probes ensure reliable electrical connections. Their robust mechanical specifications feature a preload of 30 cN and a spring force of 180 cN, allowing for optimal engagement and operation during interactions. The precision elements include nominal and maximum travel distances of 4.30 mm and 6.40 mm respectively, with a pointing accuracy of just +/- 0.08 mm, making these probes well-suited for high-precision tasks.
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Product
HCF73312B230G150
1008183
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The HCF73312B230G150 is an advanced high current probe designed specifically for power electronics applications. With a continuous current capacity of 30A, this probe offers reliable performance across varying temperature ranges, operating effectively from -45°C to +200°C. The basic contact probe design ensures high reliability and accuracy, making it a suitable choice for demanding testing environments in the electronics industry.
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Product
Step Probes (F732SP) F73216B1013G300SP
1012677
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The Step Probes (F732SP) F73216B1013G300SP is engineered for precision and reliability within various applications. Designed with a pitch of 2.54 mm, these probes provide a robust temperature operating range from -45°C to +100°C, making them suitable for both standard and extreme conditions. With an impressive continuous current rating of 5.00 A and a typical contact resistance of merely 20.00 mOhms, the Step Probes ensure minimal energy loss and enhanced performance.
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Product
Push Back Probe VF483B0005G20
1005215
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The Push Back Probes (VF4) VF483B0005G20 is an advanced basic contact probe that excels in precision and versatility. Designed for optimal performance, it operates efficiently within a temperature range of -45°C to +100°C, making it suitable for a variety of applications. The 4.00 mm pitch enhances connectivity and minimizes spacing issues, which is critical in tight environments. This probe boasts a continuous current capacity of 10.00 A, with a typical contact resistance of only 30 mOhm, ensuring reliable and efficient electrical conductivity during operation.
