Integrated Circuit Positive 3 Terminal Voltage Regulator, Low Dropout Voltage, 12V, 1A

Description: The NTE1954 positive voltage regulator features the ability to source 1A of output current with a dropout voltage of typically 0.5V and a maximum of 1V over the entire temperature range. Furthermore, a quiescent current reduction circuit has been included which reduces the ground c

MOS FIELD EFFECT TRANSISTOR

SWITCHING N-CHANNEL POWER MOS FET DESCRIPTION The 2SK1954 is N-channel MOS Field Effect Transistor designed for high voltage switching applications. FEATURES • Low On-state Resistance RDS(on) = 0.65 Ω MAX. (VGS = 10 V, ID = 2.0 A) • Low Ciss: Ciss = 300 pF TYP. • Built-in G-S Gate Pro

SigmaDSP??3-Channel, 26-Bit Signal Processing DAC

GENERAL DESCRIPTION The AD1954 is a complete 26-bit single-chip 3-channel digital audio playback system with built-in DSP functionality for speaker equalization, dual-band compression/limiting, delay compensation, and image enhancement. These algorithms can be used to compensate for real-world li

SigmaDSP??3-Channel, 26-Bit Signal Processing DAC

GENERAL DESCRIPTION The AD1954 is a complete 26-bit single-chip 3-channel digital audio playback system with built-in DSP functionality for speaker equalization, dual-band compression/limiting, delay compensation, and image enhancement. These algorithms can be used to compensate for real-world li

SigmaDSP??3-Channel, 26-Bit Signal Processing DAC

GENERAL DESCRIPTION The AD1954 is a complete 26-bit single-chip 3-channel digital audio playback system with built-in DSP functionality for speaker equalization, dual-band compression/limiting, delay compensation, and image enhancement. These algorithms can be used to compensate for real-world li

SigmaDSP??3-Channel, 26-Bit Signal Processing DAC

GENERAL DESCRIPTION The AD1954 is a complete 26-bit single-chip 3-channel digital audio playback system with built-in DSP functionality for speaker equalization, dual-band compression/limiting, delay compensation, and image enhancement. These algorithms can be used to compensate for real-world li