CTS Multi Core Sensing Module
CTS Multi-Core Sensing Module (MCS)
CTS's Multi-Core Redundant Current & Temperature Sensor combines multiple current-sensing channels with integrated temperature monitoring in a single compact solution. Designed for safety-critical and high-power applications, it delivers enhanced accuracy, built-in measurement redundancy, improved fault detection, and real-time system health monitoring.
Series Resources
- Data Sheet
- Reach Statement
What is a Multi-Core Module?
A Multi-Core Redundant Current & Temperature Sensor is an advanced sensing solution that simultaneously monitors electrical current and temperature using multiple sensing channels. By combining redundant measurements in one device, it provides higher accuracy, improved fault detection, and increased reliability for safety-critical systems.
Product Ordering Information
| Parameters | Connector Pin Definition | |||||
|---|---|---|---|---|---|---|
| pin 1 | pin 2 | pin 3 | pin 4 | pin 5 | pin 6 | |
| CTS-CS-MCS-XXSU-XXXX (Shunt, 1×UART) |
UTX | URX | GND | V(NTC) | OUT | VDD |
| CTS-CS-MCS-XXSL-XXXX (Shunt, 1×LIN) |
VDD | URX | UTX | SHUNT_M | SHUNT_P | GND |
| CTS-CS-MCS-HAXX-XXXX (Hall, 1×Analog) |
VDD | LIN | / | SHUNT_M | SHUNT_P | GND |
| CTS-CS-MCS-HASU-XXXX (Hall + Shunt, Analog + UART) |
VDD | VDD | V(NTC) | OUT | GND | GND |
| CTS-CS-MCS-HASA-XXXX (Hall + Shunt, Analog + Analog) |
VDD | OUT | V(NTC) | SHUNT_M | SHUNT_P | GND |
IMPORTANT:
H=HALL EFFECT, A=ANALOG, S=SHUNT, U=UART, L=LIN
The first two respectively represent Hall channel and the form of Hall output, while the last two respectively represent shunt channel and the form of shunt output. In addition, the first two "XX" represent the absence of Hall output, and the last two "XX" represent the absence of shunt output.
This datasheet is only applicable to CONF1. The specific parameters of the other four conditions are not displayed in this datasheet.
Standard Product or Custom Solutions
With both off-the-shelf and customized solutions, we meet a wide range of performance needs based on our established modular design. We can design the module with customized packaging and mounting options or provide
Designed using Hall-effect and shunt-based technology, all our sensors provide a consistent, high-performance streamlined solution. Regardless of your application or housing requirements, our engineers can build a sensor from the ground up or alter an exsisting sensor to your concise specifications, guaranteeing it will fit your requirements.
- Features
- Applications
- Technical Resources
Features
- Input Supply Voltage: 4.5 - 5.5V
- Current Measuring Range: ±1000 [Apk]
- Measurement accuracy: 1% (Hall) and 0.5% (Shunt)
- Operational temperature Range: -40 to +125 °C
Advantages
- Improves system safety through redundant sensing
- Detects faults before they become failures
- Combines current and temperature monitoring in one device
- Simplifies system integration and reduces components
- Enables smarter health and performance monitoring
- Supports next-generation electrification and energy systems
- Helps maximize uptime and system reliability
Applications
- Battery Management Systems (BMS)
- Energy Storage Systems (ESS)
- Power Distribution Units (PDU)
- EV and Hybrid Vehicle Systems
- High-Power Industrial Equipment
- Robotics and Automated Machinery
- Renewable Energy Systems
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