Dual Channel Switch Interface IC

Description The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled independently via

文件：524.059 Kbytes 页数：9 Pages

ALLEGRO

Asynchronous Communications Interface Adapter

General Description The a6850 MegaCore function implements an ACIA, which is a universal asynchronous receiver/transmitter (UART). The a6850 provides an interface between a microprocessor and a serial communications channel. The a6850 receives and transmits data in a variety of configurations, in

文件：281.01 Kbytes 页数：15 Pages

Altera

阿尔特

Dual Channel Switch Interface IC

文件：385.36 Kbytes 页数：12 Pages

ALLEGRO

Dual Channel Two-wire Sensor Interface IC

The Allegro A6850 is an interface IC which provides the sensor output state and open/short diagnostic information between two-wire current output sensor ICs and a microcontroller. This IC uses protected high-side low resistance switches to supply voltage to two individually controlled sensor channel • Dual channel with independent control\n• Low voltage drop with high-side low resistance sensing\n• Built in protection and diagnostics for open or shorts\n• Output current limiting on each channel\n• Low operating and sleep mode currents;

Allegro

Dual Channel Switch Interface IC

Description The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled independently via

文件：524.059 Kbytes 页数：9 Pages

ALLEGRO

Dual Channel Switch Interface IC

Description The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled independently via

文件：524.059 Kbytes 页数：9 Pages

ALLEGRO