| LED Drivers | 1 | Active | BD18353EFV-M/MUF-M is a 1ch LED Controller. High side current detection amplifier is built-in. PWM dimming duty can be freely set with built-in PWM generation circuit. PWM dimming realizes by driving an external P-ch MOSFET. Outputs abnormal LED status to the FAULT_B pin. Two systems of analog dimming are built-in. High precision 3.0V output power supply for analog dimming and PWM dimming setting is built-in. |
| Integrated Circuits (ICs) | 1 | Active | BD18353EFV-M/MUF-M is a 1ch LED Controller. High side current detection amplifier is built-in. PWM dimming duty can be freely set with built-in PWM generation circuit. PWM dimming realizes by driving an external P-ch MOSFET. Outputs abnormal LED status to the FAULT_B pin. Two systems of analog dimming are built-in. High precision 3.0V output power supply for analog dimming and PWM dimming setting is built-in. |
BD18354MUF-M2ch Constant Current/Voltage Controller with SPI and I2C Interface for Automotive | LED Drivers | 1 | Active | BD18354MUF-M is a 2ch Constant-Current and Voltage Controller. High side current detection amplifier is built in. PWM dimming duty can be freely set with built-in PWM generation circuit. PWM dimming realizes by driving an external P-ch FET. The BD18354MUF-M can support individual 10-bit analog dimming and 10-bit PWM dimming for LED current by programing the 10-bit register via SPI. BD18354MUF-M can be started up by reading data from the EEPROM by setting the MODE pin without SPI communication. The BD18354MUF-M will support LIMP-HOME mode and STAND-ALONE mode if SPI communication has an error. In the LIMP-HOME mode, it operates by loading the register settings stored in the connected EEPROM. In the STAND-ALONE mode, individual LED current can be set by the external pins and can keep LED current sourcing during applying input power without SPI communication. |
BD18362Automotive Dynamic Indicator Lamps 8ch Matrix LED Controller | LED Drivers | 1 | Active | BD18362EFV-M is an 8-channel matrix LED controller with an internal FET switch. Switching the FET on and off allows a control of the sequential lighting. An internal charge pump serves as a power supply for the gate driver. Since sequential lighting pattern is built in, the microcontroller is unnecessary. |
| Power Management (PMIC) | 1 | Active | The BD18364EFV-M is a buck-boost LED driver with built-in 8ch By-pass switch. Sequential winker and animation lamp light circuits are made possible in this circuit. The By-pass switch can be controlled ON and OFF individually by micro-controller communication. In By-pass switch control, generating high current can be prevented from the current limit circuit. |
| Integrated Circuits (ICs) | 1 | NRND | |
| LED Drivers | 1 | NRND | |
| Integrated Circuits (ICs) | 1 | Active | |
| Power Management (PMIC) | 1 | Active | The BD18397EUV-M is 2ch synchronous buck DC/DC LED driver with using on-time topology supporting near fixed switching frequency and fast switching duty regulation and with using average LED current feed buck topology for more accreted LED current regulation system over wide input, LED output range. |
| LED Drivers | 1 | Active | The BD18397RUV-M is 2ch synchronous buck DC/DC LED driver with using on-time topology supporting near fixed switching frequency and fast switching duty regulation and with using average LED current feed buck topology for more accreted LED current regulation system over wide input, LED output range. |
