Low-Saturation Current-Controlled Forward/Reverse Motor Driver

Overview The LB1841V is a low-saturation current-controlled forward/reverse motor driver with provision for a constant voltage circuit using an external transistor and an output current limiter function. Its design is optimized for use in video camera loading motors. Features • Built-in output

Low-Saturation Current-Controlled Forward/Reverse Motor Driver

Low-Saturation Current-Controlled Forward/Reverse Motor Driver

Overview The LB1841V is a low-saturation current-controlled forward/reverse motor driver with provision for a constant voltage circuit using an external transistor and an output current limiter function. Its design is optimized for use in video camera loading motors. Features • Built-in output

VARIABLE CAPACITANCE DIODE

DESCRIPTION The KV1841E is a variable capacitance diode designed for UHF applications. The KV1841E is available in a very small URD Surface Mount Package. FEATURES ■ Very Small URD Surface Mount Package ■ Very Low Series Resistance ■ Large Capacitance Ratio (A = 2.35) ■ Excellent Linearity

VARIABLE CAPACITANCE DIODE

DESCRIPTION The KV1841E is a variable capacitance diode designed for UHF applications. The KV1841E is available in a very small URD Surface Mount Package. FEATURES ■ Very Small URD Surface Mount Package ■ Very Low Series Resistance ■ Large Capacitance Ratio (A = 2.35) ■ Excellent Linearity

VARIABLE CAPACITANCE DIODE

DESCRIPTION The KV1841E is a variable capacitance diode designed for UHF applications. The KV1841E is available in a very small URD Surface Mount Package. FEATURES ■ Very Small URD Surface Mount Package ■ Very Low Series Resistance ■ Large Capacitance Ratio (A = 2.35) ■ Excellent Linearity

Integrated Circuit Hybrid Switching Voltage Regulator

Features: • Triple Diffused Transistor Chips Incorporated • Compact Plastic Package with Industry Standard Reliability • Output Voltage is Pre–Fixed – No External Adjustment is Required

Programmable, Off-Line, PWM Controller

文件：923.48 Kbytes Page：9 Pages