ROHM Manuals - Page 65

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ROHM manuals, page 65

  • ROHM QSZ2 Manual

    This document provides the parameters and specifications of QSZ2, including structure, dimensions, features, applications, package, equivalent circuit, etc.

  • ROHM DTC115GKA/DTC115GUA Manual

    DTC115GUA / DTC115GKA is a digital transistor from ROHM that integrates bias resistors, which has the characteristics of high integration, low cost, and high reliability.

  • ROHM DTC115TM/DTC115TE/DTC115TKA/DTC115TUA Manual

    This document describes the ROHM digital transistors DTC115TM / DTC115TE / DTC115TUA / DTC115TKA, which have built-in resistors and their applications.

  • ROHM DTC123TKA Manual

    DTC123TKA is a digital transistor from ROHM with a rated current and voltage of 200mA/50V. It has a built-in bias resistor and does not require an external input resistor to configure an inverter circuit. The transistor uses NPN epitaxial planar silicon transistor structure and has an external dimension of 2.8*1.6*0.4mm.

  • ROHM DTC124GUA Manual

    This document describes the features and characteristics of the digital transistors DTC124GUA / DTC124GKA produced by ROHM, including built-in resistors, easy design, and high mounting density. The product is suitable for applications such as inverters, interfaces, and drivers.

  • ROHM DTC124TUA Data Sheet

    This document introduces the features of ROHM's DTC124TM/DTC124TE/DTC124TUA/DTC124TKA four digital transistors, including application scenarios, feature characteristics, structure and dimensions.

  • ROHM DTC125TUA Manual

    DTC125TUA / DTC125TKA is a digital transistor from ROHM with a built-in resistor of R1=200kΩ, which can be used for applications such as inverters, interfaces, and drivers.

  • ROHM DTC143TUB Manual

    DTC143T series NPN 100mA 50V Digital Transistors (Bias Resistor Built-in Transistors) with built-in bias resistors, inverter circuits can be configured without connecting external input resistors (see equivalent circuit).

  • ROHM DTC144GUA Manual

    This document describes the features and characteristics of the ROHM DTC144G series digital transistors, including the internal circuit and built-in bias resistors. These transistors are suitable for switching circuits, inverter circuits, interface circuits, and driver circuits.

  • ROHM DTC144TUA Data Sheet

    DTC144TM / DTC144TE / DTC144TUA / DTC144TKA are a series of digital transistors manufactured by ROHM. This transistor features 1)Built-in bias resistors enable the configuration of an inverter circuit without connecting external input resistors (see equivalent circuit). 2)The bias resistors consist of thin-film resistors with complete isolation to allow negative biasing of the input. They also have the advantage of almost completely eliminating parasitic effects. 3)Only the on/off conditions need to be set for operation, making the device design easy.

  • ROHM DTC614TU Data Sheet

    DTC614TU / DTC614TK is a digital transistor produced by Toshiba Corporation. Its characteristic is that it integrates resistors, which makes it suitable for use at high current levels.

  • ROHM DTC623TU Manual

  • ROHM DTC643TU Manual

    The DTC643TU / DTC643TK Digital Transistors (with Built-in Resistor) are low saturation voltage, high current digital transistors that are ideal for muting circuits and switching power applications. The transistors are available in SC-70 and SC-59 packages.

  • ROHM DTC043TM Manual

    This document describes the features and characteristics of the DTC043 series digital transistors produced by ROHM, including built-in resistors, easy device design, and NPN structure.

  • ROHM DTC044TM Manual

    The DTC044T series is an NPN digital transistor with built-in bias resistors, suitable for applications such as switching circuits, inverter circuits, interface circuits, and driver circuits. It features built-in bias resistors that allow the configuration of an inverter circuit without connecting external input resistors. The bias resistors consist of thin-film resistors with complete isolation to enable negative biasing. They also eliminate parasitic effects completely. Only the on/off conditions need to be set for operation, making the circuit design easy.