What are the series of current detection resistors for the TA-I brand?

TA-I brand current detection resistors, also known as sampling resistors or splitters, are mainly used to convert current signals into voltage signals for precise measurement and control. The following are its main current detection resistor series:
TA-CS series (current detection resistor):
Features: This series of resistors is made of high-quality materials, with low temperature coefficient, high precision, and good stability. They are suitable for various current detection applications, such as power management, battery charging, motor control, etc.
Application: Widely used in consumer electronics, industrial control, automotive electronics and other fields, especially suitable for situations that require high-precision current measurement.
TA-CR series (precision current detection resistor):
Features: TA-CR series resistors have lower temperature coefficient and higher accuracy, which can meet more demanding application scenarios for current detection. They usually use special manufacturing processes and materials to ensure excellent performance.
Application: Suitable for fields such as precision instruments, medical equipment, communication equipment, etc. that require high-precision current detection.
TA-CW series (high-power current detection resistor):
Features: This series of resistors is designed to withstand high currents, with good heat dissipation performance and high power capacity. They usually use special packaging structures and materials to ensure stable performance even under high currents.
Application: Suitable for applications such as electric vehicles, industrial motor drives, power supplies, etc. that require high current.
TA-CM series (miniaturized current detection resistor):
Features: TA-CM series resistors have a miniaturized packaging size, suitable for applications with limited space. Despite their small size, they can still maintain high precision and stability.
Application: Widely used in portable devices, wearable devices, IoT modules and other fields that require miniaturized current detection resistors.
These current detection resistor series have their own characteristics and can meet the current detection needs in different application scenarios. When choosing, factors such as specific current range, accuracy requirements, and working environment can be considered.