ALLEGRO Manuals (Others)

SLA7024M, SLA7026M, and SMA7029M are designed for high-efficiency and high-performance operation of 2-phase, unipolar stepper motors. The products are suitable for controlling and directly driving a broad range of 2-phase, unipolar stepper motors.

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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.

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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.

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The 2SB1560 is a bipolar transistor with an hFE rating of 5000 to 12000. It has typical IC-VCE characteristics, hFE-IC characteristics, hFE-IC temperature characteristics, IC-VBE temperature characteristics, VCE(sat)-IB characteristics and Pc-Ta derating characteristics.

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2SA1216 is a silicon PNP type transistor produced by Panasonic. Its rated maximum collector-emitter voltage is -180V, the rated maximum emitter-reverse voltage is -5V, the rated maximum collector current is -17mA, the rated maximum emitter current is -5mA, the rated maximum power is 200W (25°C), and the rated storage temperature is -55~+150°C.

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2SA1673 is the complementary type of 2SC4388, a silicon PNP type transistor, mainly used for audio and general purposes.

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This document describes the features and characteristics of the 66 Silicon NPN Epitaxial Planar Transistor, which is suitable for audio and general purpose applications. It includes IC-VCE characteristics, hFE-IC characteristics, hFE-IC temperature characteristics, IC-VBE temperature characteristics, VCE(sat)-IB characteristics, Pc-Ta derating safe operating area, and fT-IE characteristics.

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2SC3263 is a NPN type transistor produced by Toshiba of Japan. Its maximum collector-emitter reverse voltage is 230V, maximum collector-emitter voltage is 230V, maximum emitter junction voltage is 5V, maximum collector current is 15A, maximum base current is 4A, maximum power consumption is 130W (junction temperature is 25℃), and maximum storage temperature is 150℃.

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This document describes the Silicon NPN Triple Diffused Planar Transistor with model number 2SD2390, which is suitable for audio, series regulator, and general purpose applications. The transistor has a collector-base voltage of 160V, a collector-emitter voltage of 150V, an emitter-base voltage of 5V, a collector current of 10A, and a base current of 1A. Its electrical characteristics include a maximum collector leakage current of 100µA, a maximum emitter leakage current of 100µA, a minimum collector-emitter breakdown voltage of 150V, a minimum DC current gain of 5000, a maximum collector-emitter saturation voltage of 2.5V, a maximum base-emitter saturation voltage of 3.0V, a typical transition frequency of 55MHz, and a typical current gain of 95.

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The A6276 is a 16-bit serial-input constant-current latched LED driver specifically designed for LED display applications. It includes a 16-bit CMOS shift register, accompanying data latches, and 16 npn constant-current sink drivers. The device can be directly interfaced with microprocessor-based systems using the CMOS shift register and latches. The LED drive current is determined by the user's selection of a single resistor. Cascade connections are possible using the CMOS serial data output for applications requiring additional drive lines. All output drivers can be disabled for inter-digit blanking by setting the ENABLE input high. Similar 8-bit devices, the A6275EA and A6275ELW, are also available. The A6276 is offered in three package styles: through-hole DIP, surface-mount SOIC, and TSSOP with exposed thermal pad. The DIP package can continuously sink the maximum rated current through all outputs over the operating temperature range. The three packages are electrically identical and share a common terminal number assignment.

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A1205 is the upgraded version of A3134, used for applications that require pulsing VCC to conserve power.

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Designed to reduce logic supply current, chip size, and system cost, the A6833 integrated circuits offer high-speed operation for thermal print- ers.

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