MiniLED backlight refers to high-end direct-lit backlight display technology and products with local dimming, made using MiniLED chips (flip-chip) or LED packages (with front or flip chips).
WH5097D is a 4-channel mini LED driver designed for 2D backlight displays, supporting 12-bit PWM.
WH3803D is a dedicated 3-output channel RGB LED driver circuit.
U1R32D is a receiver chip for wireless audio transmission, paired with a wireless transmitter chip for high-quality wireless audio.
U1T32A is a transmitter chip for wireless audio transmission, paired with a wireless receiver chip for high-quality wireless audio.
RF298 is a low-cost, highly integrated 2.4GHz wireless transceiver chip.
APT32F1104 is a 32-bit high-performance, low-cost microcontroller developed by Aput based on the T-Head Microsystems CPU core.
APT32F1103 is a 32-bit high-performance, low-cost microcontroller developed by Aput based on the T-Head Microsystems CPU core.
APT32F1101 is a 32-bit high-performance, low-cost microcontroller developed by Aput based on the T-Head Microsystems CPU core.
APT32F1023 is a 32-bit high-performance, low-cost microcontroller developed by APT Microelectronics based on the T-HEAD semiconductor CPU core.
APT32F1102 is a 32-bit high-performance, low-cost microcontroller developed by Aput based on the T-Head Microsystems CPU core.
APT32S003 interrupt controller collects interrupt requests from multiple sources, arbitrates based on priority, and submits to the CPU.
Leveraging Hikvision's security background, we focus on developing SSDs, memory cards, private cloud storage, and mobile storage, with a complete supply chain and after-sales process.
Specifications and performance of Hikvision PTS11 series SSDs.
MS5351M is a general-purpose frequency synthesizer chip, configurable via I2C to generate any clock output from 2.5kHz to 200MHz.
MS1022 is a high-precision time-to-digital converter (TDC) circuit, an upgrade of MS1002, pin-compatible and fully functional with MS1002.
MS5350 is a high-precision time measurement circuit with high precision, stability, and efficiency.
MS1030 is a high-precision measurement circuit for ultrasonic flow, featuring high precision, stability, and efficiency.
MS1004 is a high-precision time-to-digital converter (TDC) circuit, offering higher precision and smaller package than MS1002, suitable for high-precision, small-package applications.
MS1003 is a high-precision time-to-digital converter (TDC) circuit, offering higher precision and smaller package than MS1002, suitable for high-precision, small-package applications.
MS2510 is an 8-bit, 20MSPS analog-to-digital converter (ADC) using a half-flash architecture.
MS5510 is an 8-bit, 20MSPS analog-to-digital converter (ADC) using a half-flash architecture.
MS9280 is a single-chip, single-supply, 10-bit, 50MSPS ADC with integrated sample-and-hold amplifier and voltage reference.
MS9281 is a single-chip, single-supply, 10-bit, 80MSPS ADC with integrated sample-and-hold amplifier and voltage reference.
MS1549 is a 10-bit switched-capacitor successive-approximation ADC.
MS5175 is a high-precision, continuous-conversion ADC with 4 single-ended input channels, up to 16-bit resolution, integrated 2.048V reference, and I2C-compatible interface.
MS5192T/MS5193T are low-power, low-noise, three-channel differential-input 16-bit/24-bit ADCs for high-precision measurement applications.
MS5194T/MS5195T are low-power, low-noise, six-channel differential-input 24-bit/16-bit ADCs for high-precision measurement applications.
MS5198T/MS5199T are low-power, low-noise, three-channel differential-input 16-bit/24-bit ADCs for high-precision measurement applications.
MS7705/MS7706 are ADCs for low-frequency measurement, using sigma-delta conversion to achieve 16-bit no missing codes.
MS5213T is an ADC for low-frequency measurement, using sigma-delta conversion to achieve 16-bit no missing codes.
MS1242/MS1243 are high-precision, wide dynamic range sigma-delta ADCs, operating at 2.7V to 5.25V, achieving 24-bit no missing codes with 21-bit effective resolution.
MS1112 is a high-precision, continuous-conversion self-calibrating ADC with 2 differential or 3 single-ended input channels, up to 16-bit resolution, and integrated 2.048V reference for ±2.048V differential input range.
MS1100 is a high-precision, continuous-conversion self-calibrating ADC with up to 16-bit resolution and integrated 2.048V reference for ±2.048V differential input range.
MS2351M is a logarithmic amplifier chip for received signal strength indication (RSSI) and power amplifier control, operating from 100MHz to 2500MHz with a typical dynamic range of 45dB, suitable for handheld and other wireless devices.
MS3988/MS3988N are four-channel DMOS full-bridge drivers that can drive two stepper motors or four DC motors, with each bridge capable of 1.2A at 36V.
MS3989/MS3989N are four-channel DMOS full-bridge drivers that can drive two stepper motors or four DC motors, with each bridge capable of 1.2A at 36V.
MS3999 is a four-channel programmable-current DMOS full-bridge driver that can drive two stepper motors or four DC motors, with each bridge capable of 1.2A at 36V.
MS35775 is a high-precision, low-noise two-phase stepper motor driver with fast and quiet modes for high- and low-speed applications, built-in power MOSFETs, average current up to 1.4A and peak current 2A.
MS41908M is a lens driver chip for network and surveillance cameras, with built-in aperture control, achieving ultra-low-noise microstepping via voltage driving and torque ripple correction.
MS41969 is a dual-channel 12V stepper motor driver with current microstepping voltage driving and torque ripple correction for ultra-low-noise microstepping, plus a built-in DC motor driver.
MS41959 is a four-channel stepper motor driver with two channels at 12V and two at 5V, capable of driving four stepper motors simultaneously.
MS41949 is a four-channel low-voltage 5V stepper motor driver for four stepper motors, achieving ultra-low-noise microstepping via current microstepping voltage driving and torque ripple correction.
MS41939 is a single-channel 5V low-voltage stepper motor driver, achieving ultra-low-noise microstepping via current microstepping voltage driving and torque ripple correction.
MS41929 is a dual-channel 5V low-voltage stepper motor driver, achieving ultra-low-noise microstepping via current microstepping voltage driving and torque ripple correction.
MS41928M is a lens driver chip for network and surveillance cameras, with built-in aperture control, achieving ultra-low-noise microstepping via voltage driving and torque ripple correction.
MS41919 is a dual-channel 5V low-voltage stepper motor driver, achieving ultra-low-noise microstepping via current microstepping voltage driving and torque ripple correction.
MS41918M is a lens driver chip for network and surveillance cameras, with built-in aperture control, achieving ultra-low-noise microstepping via voltage driving and torque ripple correction.
MS41909 is a lens driver chip for network and surveillance cameras, achieving ultra-low-noise microstepping via voltage driving and torque ripple correction.
MS35009 is a lens driver system chip with microstepping features for complex, precise, low-noise lens systems, with integrated microstepping control to reduce CPU power consumption.
MS32006 is a multi-channel motor driver with two stepper motor drivers and one DC motor driver, each channel up to 1.0A, supporting two-phase four-wire and four-phase five-wire stepper motors.
MS4998 is a bipolar microstepping motor driver with built-in 8-bit DAC, supporting full, 1/2, 1/4, 1/8, 1/16, 1/64, 1/128, and 1/256 stepping modes, with 35V and ±1.5A drive capability.
MS4989 is a bipolar microstepping motor driver with built-in 4-bit DAC, supporting full, 1/2, 1/16, and 1/64 stepping modes, with 35V and ±1.5A drive capability.
MS4988 is a bipolar microstepping motor driver with built-in 4-bit DAC, supporting full, 1/2, 1/4, 1/8, and 1/16 stepping modes, with 35V and ±1.5A drive capability.
