Allegro Manuals - Page 9

Allegro manuals, page 9

• ALLEGRO MICROSYSTEMS ACS755xCB-050 Manual

  This document introduces the ACS755xCB-050 current sensor, including its supply voltage, output voltage, operating temperature range, and other characteristics. The product features high reliability, single +5V supply, 3kVRMS isolation voltage, 18kHz bandwidth, and is suitable for automotive systems, industrial systems, power conversion, battery monitoring, and other applications.

• ALLEGRO MICROSYSTEMS A3972 Dual DMOS Full-Bridge Microstepping PWM Motor Driver

  Designed for pulse-width modulated (PWM) current control of bipolar microstepping stepper motors, the A3972 is capable of continuous output currents to ±1.5 A and operating voltages to 50 V. Internal fixed off-time PWM current-control timing circuitry can be programmed via a serial interface to operate in slow, fast, and mixed current-decay modes.

• ALLEGRO MICROSYSTEMS ACS712 Manual

  The ACS712 is an economical and precise AC or DC current sensor, suitable for industrial, automotive, commercial, and communications systems. It provides a linear output that varies with the sensed current, and has low offset. Typical applications include motor control, load detection and management, switched-mode power supplies, and overcurrent fault protection.

• ALLEGRO MICROSYSTEMS Current Sensor: ACS754xCB-130

  ACS754xCB-130 is a automotive grade current sensor from Allegro company. The sensor uses single +5 V supply, has 3 kVRMS isolation voltage, 35 kHz bandwidth, ultra-low power loss and high reliability.

• ALLEGRO ACS754SCB-200 Manual

  This document introduces the ACS754SCB-200 current sensor, including its maximum operating voltage, maximum output voltage, output current, operating temperature range, package type, and application scenarios.

• ALLEGRO MICROSYSTEMS ATS616LSG Manual

  ATS616LSG is a peak-detecting gear tooth sensor produced by Allegro. It has self-calibration, first-tooth detection, immunity to air gap variation and system offsets, elimination of signature tooth offsets, extremely low timing-accuracy drift with temperature changes, large air gap capability, small integrated package, optimized magnetic circuit, undervoltage lockout (UVLO) and wide operating voltage range.

• ALLEGRO MICROSYSTEMS A1101 A1102 A1103 A1104 A1106 Continuous-Time Switch Family

  The Allegro® A1101-A1106 Hall-effect switches are next generation replacements for the popular Allegro 312x and 314x lines of unipolar switches.

• ALLEGRO MICROSYSTEMS A1301 A1302 Continuous-Time Ratiometric Linear Hall Effect Sensors

• ALLEGRO MICROSYSTEMS A1101 A1102 A1103 A1104 A1106 Manual

  The A1101-A1104 and A1106 Hall-effect switches are next generation replacements for the popular Allegro 312x and 314x lines of unipolar switches. The A110x family, produced with BiCMOS technology, consists of devices that feature fast power-on time and low-noise operation.

• Allegro 2596 2597 handbook

  The UDN2596A and UDN2597A are 8-channel saturated sink driver ICs that provide low output saturation voltages at high load currents. These devices can be used as interface buffers between standard low-power digital logic (particularly MOS) and high-power loads such as relays, solenoids, stepping motors, and LED or incandescent displays.

• Allegro 3163 HALL-EFFECT SWITCH FOR 2-WIRE APPLICATIONS

  This document describes a Hall-effect switch that is ideal for use with a simple bar or rod magnet. The device has a unipolar switching characteristic and features temperature compensation circuitry, small-signal amplifier, Schmitt trigger, and constant-current open-collector output.

• ALLEGRO SANKEN - SLA6805MP High Voltage 3-Phase Motor Driver

• ALLEGRO SANKEN LAPT 2SC2922

• ALLEGRO SANKEN LAPT 2SA1295

• ALLEGRO SANKEN Darlington transistors with built-in temperature compensation diodes for audio amplifier applications SAPseries

  This document introduces the SAP series of Darlington transistors, which feature built-in temperature compensation diodes and emitter resistors, real-time temperature compensation, and symmetrical design for PNP and NPN pinouts. These products are suitable for audio amplifier applications.