IFX1050G_ transceiver _ industrial transceiver

IFX1050G_ transceiver _ industrial transceiver

In high-speed CAN applications, the transceiver IFX1050G acts as an interface between the CAN protocol controller and the physical differential bus. It supports data transfer rates from 1kbaud to 1Mbaud. The IFX1050G has three different modes of operation: normal mode, receive only mode and standby mode. Mode selection is controlled by logical input pins RM…

BSO615C G_ Power device

BSO615C G_ Power device

Complementary power MOSFEts -- N and P channel power MOSfets in the same package -- are part of Infineon's well-known low voltage OptiMOS™ family, which is the market leader in high efficiency solutions. Suitable for power generation (such as solar microinverters), power supply (such as servers and telecommunications), and power consumption (such as electric vehicles).…

L6562_ Transition mode

L6562_ Transition mode

The L6562 is a current mode PFC controller operating in transition mode (TM). Pin to pin compatible with the predecessor L6561, which offers better performance. All functions 1% (@tJ =25˚C) internal reference voltage To disable the feature DIP - 8 / SO - 8 packaging ECOPACK ® -600/+800mA totem grid driver with UVLO pull-down and…

PMU driver for L6382D5_ microcontroller ballast

PMU driver for L6382D5_ microcontroller ballast

L6382D5 is suitable for embedded PFC and half-bridge microcontrolled electronic ballasts. The L6382D5 includes four MOSFET driver stages (for PFC, half-bridge, and preheated MOSFET) and a power management unit (PMU), which also has a reference that can power the microcontroller in any situation. In addition to improving application efficiency, the L6382D5 also reduces material costs…

resistance

resistance

4. Fixed resistance detection The actual resistance value can be measured by connecting the two gauges (regardless of positive or negative) with the pins at both ends of the resistance. In order to improve the measurement accuracy, the appropriate range should be selected according to the size of the nominal value of the resistance to…

Working principle of semiconductor refrigeration chip Advantages and disadvantages of semiconductor refrigeration chip

Working principle of semiconductor refrigeration chip Advantages and disadvantages of semiconductor refrigeration chip

Working principle of semiconductor refrigeration sheet In principle, the semiconductor chip is a heat transfer tool. When an electric current flows through a thermocouple formed by an N-type semiconductor material and a P-type semiconductor material, heat transfer occurs between the two ends. Heat is transferred from one end to the other, resulting in a temperature…

What are the factors that affect resistivity and how to calculate resistivity

What are the factors that affect resistivity and how to calculate resistivity

1. Factors affecting resistivity Resistivity is a physical quantity used to express the electrical resistance of various substances. The ratio of the product of the resistance and cross-sectional area of the component made of a substance (20°C at room temperature) to its length is called the resistivity of the substance. The unit of electrical resistivity…