PMDPC13CP50 Sanyo Denki
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The PMDPC13CP50 driver offers a voltage rating of 50V, a current rating of 13A, power dissipation of 80W, and an operating temperature range from -40°C to 125°C. Designed as part of the PM Drivers series by Sanyo Denki, it features a switching frequency of up to 200 kHz for efficient performance.
Internal Product Review
The PMDPC13CP50 by Sayno Denki excels in power management with a 50 V voltage rating and 13 A current capacity. Its low on-resistance of 0.08 Ω ensures minimal power loss. With a 200 kHz switching frequency and 80 W power dissipation, it performs efficiently under load.
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Product Description:
Sayno Denki created the PMDPC13CP50 that is a PM driver for power management. It is designed to encourage the efficient distribution and management of electricity in difficult environments. A driver that is ideal for high-tech industrial control systems is capable of managing substantial current and switching at high frequencies. This is designed to ensure that the PMD driver can reliably operate in areas with high power requirements.
With its 50 V voltage rating and 13 A current rating, the PMDPC13CP50 driver can manage heavy power loads efficiently. It consumes nearly no power due to its exceptionally low resistance of only 0.08 ohms. With 80 W of power dissipated, the driver can maintain good performance even under heavy loads. The PMD driver's ability to switch frequencies up to 200 kHz makes data processing easy. The joint temperature can reach 150°C, making it suitable for use in climate-controlled spaces. The PMD driver has numerous signal input/output ports (CN1, CN2, CN3) in addition to the typical data/power connection (CN4). The yellow socket on CN5 is usually used for sending or receiving signals or electricity.
The PMDPC13CP50 driver incorporates a heat sink for improved thermal management. It will perform effectively in any environment due to its strong metal construction. Indicators for net and data rate on the driver further show its potential usage in high-speed gearbox systems. The PMD driver remains effective even while operating in extremely hot environments, thanks to its junction temperature that can reach up to 150°C. Even when a lot of power is being wasted, it can still manage to get rid of heat with a thermal resistance of 50°C/W. The highest levels of performance and longevity in many industrial contexts are possible thanks to these standards.
