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HNST → NXP → Introduction to NXP Battery Controller Product Portfolio

Introduction to NXP Battery Controller Product Portfolio

2024.07.27 HNST views: 116
NXP NXP active bridge rectifier controller (AC-DC) AC-DC control module Power management
NXP Brand Introduction NXP Spot Check

NXP battery cell controllers can accurately control important parameters of lithium-ion batteries such as voltage, temperature, and current, providing embedded balancing functions and rich system diagnostic functions, thereby resolving safety risks related to lithium-ion batteries. These reliable ICs can meet the needs of automotive and industrial applications, fully adapt to the automotive environment, and are ideal for in vehicle battery management, energy storage systems, and uninterruptible power supply applications.

NXP battery cell controller product portfolio and individual chip characteristics and application introduction:

MC33771B: MC33771 Lithium Battery Controller IC, suitable for automotive electronics and industrial control applications such as 48V lithium batteries, HEVs, EVs, ESS, and UPS systems.

MC33771C: MC33771C lithium battery controller IC, suitable for automotive electronics and industrial control applications such as 48V lithium batteries, HEVs, EVs, ESS, and UPS systems.

MC33772B: MC33772 Lithium Battery Controller IC, suitable for automotive electronics and industrial control applications such as 14V lithium batteries, HEVs, EVs, ESS, and UPS systems.

MC33772C: MC33772C lithium battery controller IC, suitable for automotive electronics and industrial control applications such as HEV, EV, ESS, and UPS systems.

MC33774: MC33774A is a lithium battery controller IC designed for automotive and industrial applications. (New Product Recommendation)

MC33775: MC33775A is a lithium battery controller IC designed for automotive and industrial control applications such as HEV and ESS.

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GreenChip X Capacitor Discharge IC, NXP TEA1708 Product Introduction TEA1708 is an IC suitable for automatic discharge of X capacitors, with low power consumption characteristics (typical value of 1 mW at 230 V (AC)). Internally integrated with a 500 V clamp circuit, it can protect the IC during power surges. In typical applications with only two 200k Ω resistors, the maximum allowable differential mode surge voltage exceeds 6 kV. No metal oxide varistors are needed to protect the IC. The discharge current of the X capacitor is internally limited to 2.3 mA. Use low-voltage capacitors to set a discharge delay timer externally. Extremely low power consumption combined with high discharge current, large capacity X capacitors can be used to reduce EMI while maintaining low standby power consumption.
Introduction to TEA170 NXP Power Management Chip (Active Bridge Correct AC-DC) Recommended NXP active bridge rectifier controller: TEA1708 is an IC suitable for automatic discharge of X capacitors, with low power consumption characteristics (typical value of 1 mW at 230 V (AC)). Internally integrated with a 500 V clamp circuit, it can protect the IC during power surges. In typical applications with only two 200k Ω resistors, the maximum allowable differential mode surge voltage exceeds 6 kV. No metal oxide varistors are needed to protect the IC. The discharge current of the X capacitor is internally limited to 2.3 mA. Use low-voltage capacitors to set a discharge delay timer externally. Extremely low power consumption combined with high discharge current, large capacity X capacitors can be used to reduce EMI while maintaining low standby power consumption.
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