Full-Bridge DMOS PWM Motor Driver

Description Designed for pulse width modulated (PWM) control of DC motors, the A4950 is capable of peak output currents to ±3.5 A and operating voltages to 40 V. Input terminals are provided for use in controlling the speed and direction of a DC motor with externally applied PWM control sign

Low-Voltage PLL Clock Driver

Description The LCK4950 is a PLL-based clock driver device intended for high-performance clock tree designs. The LCK4950 is 3.3 V compatible with output frequencies of up to 180 MHz and output skews of 200 ps. The LCK4950 can accommodate the most demanding tree designs by employing a fully differ

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Adjustable Output, Low Current Single Cell Boost Regulator with Detect

GENERAL DESCRIPTION The ML4950 is a low power boost regulator designed for low voltage DC to DC conversion in single cell battery powered systems. The maximum switching frequency can exceed 100kHz, allowing the use of small, low cost inductors. FEATURES ■ Guaranteed full load start-up and opera

Surge Clamping, Transient Overvoltage Suppressor Unidirectional

Description: The NTE4900 series of silicon Transient Suppressors designed to protect voltage sensitive components from high energy voltage transients. Transient over voltage suppressor devices have become very important as a consequence of their high surge capability, extremely fast response time