VT 2010 S47/E/2
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The VT 2010 S47/E/2 is an electronic amplifier manufactured by Bosch Rexroth Indramat. Part of the VT 2000 Proportional Amplifiers series, it offers high precision control for hydraulic proportional valves. The amplifier features a EURO circuit board configuration and is suited for pressure and flow control proportional valves.
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Product Description:
The high-performance VT 2010 S47/E/2 Proportional Amplifier by Bosch is ideal for use in high-tech PCBs. The amplifier is designed to provide outstanding mechanical, electrical, and thermal qualities and is manufactured by Bosch Rexroth Indramat. The harsh conditions of industrial automation are perfect for this amplifier's dependable performance applications.
A glass transition temperature of at least 170 degrees Celsius is required for the epoxy-based resin system that is used in the amplifier. Its decomposition temperature of 340°C shows its exceptional durability under prolonged thermal exposure as well as its excellent thermal stability. The laminate performs well under continuous thermal stress, as shown by T260 values greater than 60 minutes and T288 values greater than 30 minutes, respectively. The VT 2010 S47/E/2 proportional amplifier has a dielectric constant of 3.75 GHz at 1 GHz that progressively decreases with increasing frequency and stabilizes at 3.65 GHz at 5 and 10 GHz, respectively, from an electrical perspective. The dissipation factor is low, with a range of 0.017 at 1 GHz to 0.019 at 10 GHz, and minimal loss is observed at various frequencies. These features make the amplifier an excellent choice for high-frequency printed circuit board (PCB) applications because they maintain signal integrity.
The VT 2010 S47/E/2 proportional amplifier has a maximum Z-axis coefficient of thermal expansion (CTE) of 60 ppm/°C and 300 ppm/°C. Because of its outstanding heat stability and low expansion rate, the amplifier is ideally suited for use in applications that need a high level of precision. This laminate is ideal for use in high-frequency printed circuit boards because it possesses consistent electrical properties and a limited thermal expansion. The amplifier meets the most stringent standards for high-tech printed circuit board fabrication.
Frequently Asked Questions about VT 2010 S47/E/2:
Q: Why does VT 2010 S47/E/2 have a Tg of 170°C?
A: The glass transition temperature (Tg) of 170°C ensures stability at high operating temperatures. It improves thermal reliability under stress.
Q: Does VT 2010 S47/E/2 have low dielectric loss?
A: Yes, it has a low dissipation factor (Df), which minimizes energy loss during high-frequency signal transmission, ensuring efficient performance.
Q: How does VT 2010 S47/E/2 manage thermal expansion?
A: It has a low Z-axis coefficient of thermal expansion (CTE), minimizing dimensional changes under varying temperature conditions for precise applications.
Q: Does VT 2010 S47/E/2 have high thermal stability?
A: Yes, it maintains thermal stability with a decomposition temperature (Td) of 340°C, ensuring reliable performance in high-temperature environments.
Q: Why is the dielectric constant of VT 2010 S47/E/2 important?
A: The dielectric constant (Dk) of 3.75 at 1 GHz ensures consistent signal transmission with minimal distortion, making it ideal for PCBs.
