BTS50085-1TMA Alternatives, Advantages, Usage and Other Details
07 March 2024
Ⅱ. Technical parameters of BTS50085-1TMA
Ⅲ. BTS50085-1TMA input circuit
Ⅳ. What are the advantages of BTS50085-1TMA compared with other similar products?
Ⅵ. How to install BTS50085-1TMA?
Ⅶ. The truth table of BTS50085-1TMA
Ⅷ. How to realize the overload protection function of BTS50085-1TMA?
The BTS50085-1TMA has high current and high voltage capabilities, provides precise control and protection functions, and can meet the high power requirements in automotive electronic systems. In this article, we will discuss some key points related to the BTS50085-1TMA to gain a deeper understanding of the device. This article will cover everything about BTS50085-1TMA, including technical parameters, advantages, uses and installation methods. So let’s get started!
BTS50085-1TMA is an electronic control single chip produced by Infineon Technologies and is commonly used for electric motor control in automotive applications. BTS50085-1TMA is packaged in TO-220-7 and has passed AEC certification. The chip integrates a variety of functions, including current measurement, current limiting, over-temperature protection, and motor status detection. The integration of these functions greatly simplifies the design process of motor control systems and reduces system complexity and cost. At the same time, by monitoring key parameters such as current and temperature in real time, the chip can respond to abnormal situations in a timely manner and take corresponding protective measures to ensure the safe operation of the motor and the entire control system.
Alternatives and equivalents:
• DRV101F
• Its power consumption is 170W.
• Its installation method is SMD or SMT.
• Its manufacturer is Infineon Technologies.
• Its supply voltage is usually 5V to 28V.
• The operating temperature of BTS50085-1TMA is -40°C to 150°C.
• The BTS50085-1TMA has a maximum output current of 8A and can drive high power loads.
• The BTS50085-1TMA has a length of 10 mm, a width of 9.25 mm and a height of 4.4 mm.
• BTS50085-1TMA has 7 pins and comes in TO-220-7 package and tape & reel (TR) packaging.
When the device is switched off (Iin=0), the voltage between IN and GND reaches almost Vbb. Use a bipolar or MOS transistor with appropriate breakdown voltage as driver.
Vz,in=74V(typ)
Compared with other similar products, BTS50085-1TMA has the following advantages:
• Strong compatibility: As a popular automotive power window controller, the BTS50085-1TMA offers broad compatibility with a wide range of different makes and models of automotive electrical systems, providing greater flexibility and optionality.
• Highly integrated: The BTS50085-1TMA integrates a variety of functional modules, such as current detection, temperature detection, and power window status monitoring. This highly integrated design makes installation easier and takes up less space.
• Advanced protection functions: The BTS50085-1TMA is usually equipped with a variety of protection functions, including overload protection, short-circuit protection, over-temperature protection, etc. These protection functions can protect the window controller. These protection features protect the window controller and related power window components, extending their service life.
• High performance and reliability: As a product manufactured by Infineon Technologies, the BTS50085-1TMA offers good performance and reliability. It has been rigorously tested and validated to operate stably in a variety of operating environments.
• Energy saving and efficiency: The BTS50085-1TMA has been optimized in its design to improve energy efficiency and reduce energy consumption. With its low-power design, this chip can significantly reduce the energy consumption of automotive electrical systems, thereby effectively improving vehicle fuel economy. By reducing unnecessary energy losses, the BTS50085-1TMA not only helps to improve the overall performance of the vehicle, but also conforms to the current environmental protection concepts of energy saving, emission reduction and green mobility.
The following are the main uses of the BTS50085-1TMA chip:
1. Electric load control: BTS50085-1TMA not only plays an important role in electric motor control in the automotive industry, but its application has also been further extended to the control of electric loads. Specifically, this chip is able to accurately control a variety of electric loads, such as power seats, power windows and power sunroofs. Through precise control algorithms, the BTS50085-1TMA is able to realize on/off control and speed regulation of motorized loads, making these components run more smoothly in the process.
2. Electric drive system: BTS50085-1TMA can be used in electric drive systems such as electric cars, hybrid cars and electric motorcycles. It can accurately control the motor in the electric drive system and realize the functions of starting, stopping, accelerating and decelerating the motor. By integrating core functions such as current measurement, current limiting and over-temperature protection, the BTS50085-1TMA is able to monitor the motor's operating status in real time, ensuring safe and stable operation of the motor under various operating conditions.
3. Other applications: The BTS50085-1TMA can also be used in other applications that require high-side switching control. For example, by precisely controlling the charging and discharging process of the battery, it can effectively prevent overcharging, overdischarging, and overheating, thus guaranteeing the safety and durability of the battery. In addition, electric power steering system is also an important application direction of BTS50085-1TMA. In the electric power steering system, the chip can accurately control the output of the power-assisted motor to provide timely assistance according to the driver's steering intention and the vehicle's driving status, thus enhancing driving comfort and safety. In addition, electric braking system is also a potential application area for BTS50085-1TMA. In the electric braking system, the chip can precisely control the action of the braking motor to realize fast and smooth braking effect and enhance the safety performance of the vehicle.
First of all, we need to choose a suitable installation location for BTS50085-1TMA in the car electrical system. Generally speaking, the inside of the car door is the ideal choice because it can be directly connected to the power window mechanism. After selecting the location, it is important to make sure that it is stable and reliable, able to withstand vibrations and shocks generated by the car during driving to ensure the stable operation of the chip.
We then moved on to connecting the wires. These wires include key components such as the power supply, the ground wire, the power window switch and the power window motor. In this process, we must operate carefully to ensure that the power cord of the BTS50085-1TMA is accurately connected to the car's electrical system. In addition, to ensure circuit safety, we should also add appropriate fuses or overload protection devices as needed to prevent accidents caused by excessive current.
After the installation is completed, we also need to carry out a series of testing and commissioning work to ensure that the BTS50085-1TMA can work properly. This includes testing the switching function of the power windows and observing whether the windows can open and close smoothly as we expect. Only through these tests can we ensure the success of the entire installation process and allow the BTS50085-1TMA to perform as it should in the automotive electrical system.
L=”Low” Level
H=”High” Level
Over temperature reset by cooling: Tj＜Tjt
Short circuit to GND: Shutdown remains latched until next reset via input
First of all, BTS50085-1TMA is equipped with a dedicated current control input. This design allows us to flexibly adjust the current carried by the output through a PWM (pulse width modulation) signal. There is a clear proportional relationship between the current at the input end and the load current driven by the output end. This feature ensures the accuracy of current control. More importantly, BTS50085-1TMA also has a built-in current detection mechanism. When the load current unexpectedly exceeds our preset maximum value, this mechanism can quickly capture this abnormal situation and take necessary measures in a timely manner to ensure the stable operation of the entire system.
Secondly, once the BTS50085-1TMA detects an overload condition, its control logic will immediately activate the overload protection mechanism. Specific countermeasures may include turning off or limiting the output of the switch to prevent the current from continuing to increase and possibly causing circuit damage. In addition, the chip may also output an indication signal to notify the system that an overload event has occurred, so that the system can take appropriate measures, such as reducing the load or shutting down the system, to avoid further damage.
Finally, once the overload condition is eliminated, for example by removing or reducing the load, the BTS50085-1TMA automatically returns to normal operation. This is because its protection mechanism usually adopts an automatic reset design. Once the overload condition no longer exists, the chip will automatically release the protection state and restart its normal operation.
Frequently Asked Questions
1. What is BTS50085-1TMA?
BTS50085-1TMA is a smart high-side power switch produced by Infineon Technologies. It is designed for automotive applications and offers protection features such as overload, short circuit, and overtemperature protection.
2. What is the replacement and equivalent of BTS50085-1TMA?
You can replace the BTS50085-1TMA with BTS660PE3180A, DRV101F, DRV101FKTWT, DRV101FKTWTG3 or TPS1HB08AQPWPRQ1.
3. Does BTS50085-1TMA offer diagnostic feedback?
Yes, BTS50085-1TMA provides diagnostic feedback such as open-load detection, overtemperature warning, and short-circuit indication, enhancing system reliability and safety.
