TIP102
STTH212U
STPS3H100U
SMBJ28CA
2019.01
172018.12
272018.12
062018.12
022018.12
022018.12
022018.11
25On Semiconductor, which promotes energy efficiency innovation, has expanded its range of modems for industrial communications applications based on high-speed addressable remote sensor (HART) communication protocols. Ansenmei Semiconductor recently became the HART Communications Foundation. Now it has launched the latest low-energy HART application program. The new NCN5193 single-chip CMOS device supports Bell 202 frequency shift between 1200 Hz and 2200 Hz, and can provide 1200 bit/second (bps) half-duplex data rate. The device includes a built-in power amplifier, a 17-bit sigma-delta (_-_) digital-to-analog converter (DAC) and a fast response watchdog mechanism. It provides engineers with a very sophisticated HART solution, which not only has a high cost performance, but also saves space. The voltage range of the device is from 3 V to 5.5 V. In standby mode, only 190 microampere (mu A) current is consumed when the system clock is running (76 mu A when the system clock is not running). In order to maintain a minimum power budget, the receiving circuit is closed during the transmitting phase, and similarly, the transmitting circuit is closed when the IC is in the receiving process.
2018.11
25On Semiconductor, which promotes energy efficiency innovation, has expanded its range of modems for industrial communications applications based on high-speed addressable remote sensor (HART) communication protocols. Ansenmei Semiconductor recently became the HART Communications Foundation. Now it has launched the latest low-energy HART application program. The new NCN5193 single-chip CMOS device supports Bell 202 frequency shift between 1200 Hz and 2200 Hz, and can provide 1200 bit/second (bps) half-duplex data rate. The device includes a built-in power amplifier, a 17-bit sigma-delta (_-_) digital-to-analog converter (DAC) and a fast response watchdog mechanism. It provides engineers with a very sophisticated HART solution, which not only has a high cost performance, but also saves space. The voltage range of the device is from 3 V to 5.5 V. In standby mode, only 190 microampere (mu A) current is consumed when the system clock is running (76 mu A when the system clock is not running). In order to maintain a minimum power budget, the receiving circuit is closed during the transmitting phase, and similarly, the transmitting circuit is closed when the IC is in the receiving process.
2018.11
25On Semiconductor, which promotes energy efficiency innovation, has expanded its range of modems for industrial communications applications based on high-speed addressable remote sensor (HART) communication protocols. Ansenmei Semiconductor recently became the HART Communications Foundation. Now it has launched the latest low-energy HART application program. The new NCN5193 single-chip CMOS device supports Bell 202 frequency shift between 1200 Hz and 2200 Hz, and can provide 1200 bit/second (bps) half-duplex data rate. The device includes a built-in power amplifier, a 17-bit sigma-delta (_-_) digital-to-analog converter (DAC) and a fast response watchdog mechanism. It provides engineers with a very sophisticated HART solution, which not only has a high cost performance, but also saves space. The voltage range of the device is from 3 V to 5.5 V. In standby mode, only 190 microampere (mu A) current is consumed when the system clock is running (76 mu A when the system clock is not running). In order to maintain a minimum power budget, the receiving circuit is closed during the transmitting phase, and similarly, the transmitting circuit is closed when the IC is in the receiving process.
