Integrated Circuit Precision Voltage Reference Diode, 1.235V

Description: The NTE7080 is a micropower two–terminal band–gap voltage regulator diode in a TO92 type package. This device features exceptionally low dynamic impedance, low noise, and stable operation over time and temperature. Tight voltage tolerances are achieved by on–chip trimming. The larg

7080 Step Motor Drive Microstepping 7.0 amps, 80 VDC

Features • DC bus voltage 24-80 VDC motor supply (including ripple) • Switch selectable currents from 0.8–7.0 amps/ phase motor current • Switch selectable Step resolutions from 200 to 50,800 steps/rev • Switch selectable idle current reduction, 0 or 50 • Optically isolated 5–24 VDC input

Si-100 Motor Control

Features • Programmable for stand alone operation with Applied Motion’s easy to use Si Programmer™ Windows software (software and programming cable included) • Can be operated in real time from a host PC or PLC using Applied Motion’s Si Command Language ™ (SCL) • Can be networked with all

7080i Programmable Step Motor Indexer/Drive Microstepping 7.0 amps, 80 VDC

Features • Programmable for stand alone operation with Applied Motion’s easy to use Si Programmer™ Windows software (software and programming cable included) • Can be operated in real time from a host PC or PLC using Applied Motion’s Si Command Language™ (SCL) • Can be networked with all oth

4A, 26V, 380kHz, Asynchronous Step-Down Converter

General Description The APW7080 is a 4A, a synchronous, step-down converter with integrated 80mW P-channel MOSFET . The device, with current-mode control scheme, can convert 4.5~26V input voltage to the output voltage adjustable from 0.8 to 90 VIN to provide excellent output voltage r

4A, 26V, 380kHz, Asynchronous Step-Down Converter

General Description The APW7080 is a 4A, a synchronous, step-down converter with integrated 80mW P-channel MOSFET . The device, with current-mode control scheme, can convert 4.5~26V input voltage to the output voltage adjustable from 0.8 to 90 VIN to provide excellent output voltage r