Recently, Magtron launched the world's first quad core current sensor. This sensor is the first to have ultra-high cost-effectiveness, high power density, and high-speed software.

In order to provide better solutions, better user experience, higher quality, and more user-friendly prices to the market, Magtron, as a leading manufacturer of magneto electric sensor SOC chip solutions, has launched the world's first quad core patented chip and launched four product ratio series with ultra-high pricing for the current detection market, completely subverting traditional current sensor module manufacturers such as Lem, VAC, Honeywell, etc. In Ang's pricing, all products will be priced directly based on sensor chips and sensor modules. Products sold will be priced directly based on BOM cost.

Manufacturers will be able to obtain sensor modules at prices close to chips. From then on, it will no longer need to pay particularly high gross profit costs for lem, VAC, and other module manufacturers, thus driving power sensors into the era of sensor SOC integration.

The high-performance current sensor launched this time benefits from Magtron's global patented technology: quad core sensor technology. The first current sensor chip mtseries has the following characteristics:

1. By using the world's first quad core sensor excitation module, crosstalk in the sensor has been basically eliminated.

2. The PGA programmable gain unit can match different gain ratios according to customers' different range requirements, and automatically adjust the gain output according to changes in current, thus achieving full range and high accuracy;

3. The TC temperature correction module can achieve high and low temperature correction compensation throughout the entire temperature range;

4. Programmable reference module, which can adjust the reference voltage arbitrarily;

5. A stable output driver module is the output driver module on the chip. This module has the ability to absorb 100mA current and push 50mA current, which is sufficient to enable the sensor to work in high and low temperature environments, even immersed in water;

6. Adopting OTP programmable electronic fuse array memory instead of traditional EEPROM greatly improves the reliability and durability of storage;

7. Patent DSP dedicated digital signal processor realizes bidirectional interactive high-speed serial communication;

Four product lines in two categories

The JCB&JCBF series mainly focuses on photovoltaic combiner boxes. Its single-chip magnetic ring structure provides new blood for current detection in the photovoltaic industry.

Jcbf is more radical in terms of structure and IC design, thus subverting the traditional Hall current sensor detection method. It is the world's first horizontal installation method, greatly reducing the space ratio of power monitoring modules, promoting the development of combiner boxes towards more compact and dense directions, while achieving higher cost-effectiveness.

Magtron has promoted the use of current sensors for combiner boxes to the era of $1 for the first time, saving nearly a quarter of the box volume for combiner boxes. This not only saves chassis costs, but also makes combiner boxes more compact and exquisite in reality.

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