Eindhoven and Nijmegen, Netherlands (PRWEB) December 11, 2013
NXP Semiconductors (NASDAQ: NXPI) today introduced the GreenChip™ TEA1708 – an automatic discharge IC for X capacitors with an extremely low power consumption of 1 mW at 230 V (AC). Power supplies have traditionally relied on resistive discharge for X capacitors, which are used to reduce EMI (electromagnetic interference). By automatically discharging the X capacitor when the power supply is disconnected from the mains, the TEA1708 reduces power consumption by 20 – 30 mW, compared to using resistive discharge.
In addition to the automatic discharge functionality, the TEA1708 integrates a 500 V clamping circuit, protecting the IC during mains surges and making the device very rugged. To protect the TEA1708, no additional metal-oxide varistor (MOV) is required. In a typical application with only two 200 kΩ resistors, the maximum differential mode mains surge voltage allowed exceeds 6 kV. The breakthrough reduction in power consumption achieved by the TEA1708 – combined with its extreme ruggedness in withstanding power surges – make it a compelling solution for power supply manufacturers aiming to comply with new regulatory requirements such as Version 5 of the Code of Conduct (CoC) for External Power Supplies (EPS) and the amended ErP Lot 6, both introduced by the European Commission earlier this year.
“Power supply manufacturers face the ongoing challenge of stricter requirements for energy consumption at low load and no-load standby power, as regulators around the world seek to reduce the environmental impact of energy-related products. Every milliwatt of power savings counts, and the TEA1708 – with only 1 mW of power consumption – provides an important alternative to using resistors in discharging X capacitors,” said Marcel van Roosmalen, general manager, product line power solutions, NXP Semiconductors. “Safety and reliability also remain extremely important in power supply design, and our customers have been pleased with the performance of the TEA1708 in withstanding high-differential surges and in supporting large-value X capacitors to reduce EMI.”
Key Features of the TEA1708
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