Circuitos integrados

LM2903VN

LM2903VN - Dual 36V Open-Collector Comparator | onsemi

The onsemi LM2903VN is a dual, general-purpose voltage comparator with open-collector outputs, rail-to-rail input capability, and a supply-voltage rating of 2 V to 36 V. The device is offered in an 8-pin PDIP package and is qualified for automotive applications with an operating ambient-temperature range of -40°C to +125°C. Each half of the IC contains an independent comparator, allowing two threshold or switching functions to be implemented in one package. A voltage comparator is an analog integrated circuit that compares an input voltage with a reference voltage and changes its output state when the relationship between the voltages changes. Within the broader semiconductor hierarchy, a comparator belongs to the interface and signal-conditioning IC family. It converts a small voltage relationship into a logic-level indication that can be used by control systems, protection circuits, sensing equipment, and industrial automation systems. The LM2903VN is identified as a low-offset-voltage, low-power dual comparator. Its open-collector output architecture requires an external pull-up resistor when the output is used as a wired logic signal. This arrangement permits several open-collector outputs to share a common bus when their pull-up network is designed correctly. The rail-to-rail input designation indicates operation across the full input range covered by the device, while the 2 V to 36 V supply rating supports operation from low-voltage logic systems through higher-voltage industrial applications. Automotive qualification and the -40°C to +125°C ambient-temperature range make the LM2903VN relevant to temperature-tolerant control and monitoring circuits. The dual configuration can reduce component count when a design requires independent positive and negative threshold decisions, two sensor-limit channels, or complementary logic outputs. Because the two comparators are independent, they can also be used with different input networks, reference voltages, and output pull-ups within the ratings of the device. Typical design roles include supply sequencing, overvoltage indication, sensor-threshold detection, window monitoring, and general digital control. The 8-pin PDIP package favors through-hole assembly and conventional prototyping. PCB layout should keep input and feedback traces short, place the input bypass capacitor close to the supply pins, and route high-current or switching-node copper away from the comparator inputs to reduce false transitions. This page combines the manufacturer-device identification, package and operating information with engineering guidance for threshold design, open-collector interfacing, automotive use, and PCB implementation. It also provides comparison and replacement guidance intended to help engineers evaluate board-level alternatives without overlooking supply-voltage, common-mode, output-stage, and package differences.

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LM2903VQDRQ1

LM2903VQDRQ1 - 36V Dual Automotive Comparator | Texas Instruments

Texas Instruments LM2903VQDRQ1 is a dual differential comparator rated for a 2 V to 36 V supply, operating from -40 °C to +125 °C in an 8-pin SOIC package. The device provides two independent comparison channels with open-collector outputs compatible with TTL, MOS, and CMOS logic. It is qualified to AEC-Q100 Grade 0 and Grade 1 for automotive applications. A comparator is a differential amplifier whose output indicates whether its non-inverting input is above or below its inverting input. The LM2903VQDRQ1 belongs to the comparator hierarchy within analog and mixed-signal integrated circuits. Its high-voltage supply tolerance and automotive qualification make it suitable for monitoring 12 V and 24 V vehicle electrical systems, where input signals can exceed conventional logic supply levels. The LM2903VQDRQ1 supports single-supply operation from 2 V to 36 V or dual-supply operation from ±1 V to ±18 V. Each channel includes an inverting input, a non-inverting input, and an open-collector output. The open-collector architecture requires an external pull-up resistor and permits the output to be pulled up to a logic voltage different from the comparator supply. Supply-current drain is specified as 0.4 mA, supporting low-power monitoring systems. The differential input-voltage range extends to the maximum-rated supply voltage, while the common-mode input range includes ground. These characteristics support threshold detection, overvoltage and undervoltage detection, sensor conditioning, and automotive signal monitoring. The open-collector outputs can sink external-device current when the comparison state is active, while the pull-up network establishes the inactive high state. A typical propagation delay of approximately 1.3 µs is appropriate for general-purpose control rather than high-speed edge detection. Typical uses include battery-pack protection, automotive power-rail supervision, industrial control thresholds, window and sensor-limit comparisons, and interface logic for open-collector buses. In vehicle systems, the wide supply range allows a comparator to operate directly from protected battery-related rails when the preceding circuit provides suitable transient protection. In process-control equipment, the comparator can supervise a transducer signal and provide a pulled-up logic indication to a controller. Design the pull-up resistor to balance output rise time, switching current, power consumption, and the sink-current rating of the open-collector output. Keep the two comparison channels independent even when they share the supply pins. Provide stable supply decoupling close to the device, route sensitive input traces away from switching nodes, and use the manufacturer's pin-description table when assigning PCB tracks. Automotive implementations should also include the transient-protection and layout measures required by the completed vehicle interface. This product page combines the exact ordering information, manufacturer specifications, pin arrangement, drop-in replacement analysis, application guidance, and engineering design notes needed to evaluate the LM2903VQDRQ1 before it is assigned to a PCB or placed on a bill of materials.

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LM2903VQPWRG4Q1

LM2903VQPWRG4Q1 - 30V Dual Comparator | Texas Instruments

The Texas Instruments LM2903VQPWRG4Q1 is an automotive dual differential comparator with two independent open-collector channels, a 30 V maximum supply voltage, and an 8-pin TSSOP package. The LM2903VQPWRG4Q1 supports single-supply or dual-supply operation and is qualified to AEC-Q100 Grade 0 and Grade 1 for automotive electronics. A comparator is an analog integrated circuit that compares two input voltages and changes its output state when the non-inverting input rises above the inverting input. The differential comparator belongs to the broader comparator, analog IC, and semiconductor hierarchies. It is commonly used for threshold detection, overvoltage and undervoltage monitoring, sensor conditioning, and converting analog levels into digital logic signals. The device provides lower offset voltage, higher supply-voltage capability, lower supply current, lower input bias current, lower propagation delay, and improved 2 kV ESD performance than earlier LMx93-family devices. Typical input offset voltage is no more than 7 mV at 25°C, supply current is 0.4 mA per comparator, and nominal response time is 1.3 microseconds. Its open-collector outputs allow wired logic, pull-up resistors, and level translation to the supply voltage used by the receiving logic. Each channel has independent noninverting and inverting inputs, so the two comparators can monitor separate signals or implement two thresholds. The common-emitter open-collector output sinks current from an external pull-up and naturally goes to a high-impedance state when the comparator is inactive. Because the output stage is not push-pull, output rise time depends on the pull-up resistor, total bus capacitance, and leakage current rather than only on internal drive strength. Typical uses include automotive battery monitoring, sensor threshold detection, industrial control inputs, overvoltage and undervoltage protection, and signal conditioning between analog sensors and digital controllers. Single-supply operation simplifies power architecture, while dual-supply operation allows inputs and output pull-ups to reference different voltage domains. The wide 30 V supply range also accommodates 12 V and 24 V automotive electrical environments when the absolute maximum ratings and transient requirements are respected. For PCB design, keep the comparator inputs and power-ground return paths compact, connect the exposed-decoupling route to a low-impedance ground plane, and place the output pull-up resistor near the driven logic input. Avoid routing sensitive input traces beside power outputs or long pull-up traces. Input protection may be required in external automotive connectors, and production designs should validate the complete system for conducted noise, ESD events, supply transients, and open-collector pull-up compatibility. This page combines exact ordering information, automotive qualification details, drop-in comparator choices, application-specific engineering guidance, and a parameter comparison to help engineers select and implement the LM2903VQPWRG4Q1 correctly.

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LM2903VQPWRQ1

LM2903VQPWRQ1 - Dual 36V Automotive Comparator | Texas Instruments

The Texas Instruments LM2903VQPWRQ1 is a dual general-purpose differential comparator in an 8-pin TSSOP package, qualified to AEC-Q100 Grade 0 and Grade 1 for automotive applications. It provides two independent open-collector outputs, operates from single or dual supplies, and supports supply-voltage differences from 2 V to 36 V when used with dual supplies. The typical supply-current drain is 0.4 mA per comparator. A comparator is an analog integrated circuit that evaluates a voltage at its non-inverting input against a voltage at its inverting input and switches its output according to the polarity of that difference. The LM2903 family belongs to the broader hierarchy of differential comparator, analog comparator, linear integrated circuit, and semiconductor. Its open-collector outputs allow the output stage to be pulled up to a local supply or logic rail, providing flexibility for wired-AND arrangements and direct interfacing with TTL, MOS, or CMOS-compatible circuitry. The V-enhanced LM2903-Q1 family is designed for cost-sensitive applications requiring wide supply tolerance, low supply-current drain, and automotive qualification. According to the manufacturer product page, the device offers improved low-offset voltage, higher supply-voltage capability, lower supply current, lower input bias current, lower propagation delay, and improved 2 kV ESD performance compared with earlier LM293, LM393, and LM2903 families. The improved 2 kV ESD capability is especially relevant to chassis-connected and cable-driven automotive systems. Typical uses include battery monitoring, threshold detection, overvoltage and undervoltage protection, window comparators, motor-control interfaces, and signal conditioning. Because each half of the device operates independently, one package can implement two unrelated comparison functions. This reduces component count while preserving separate inputs and outputs for each channel. For PCB design, keep the two comparator channels away from high-current switching paths and high-impedance input traces where practical. Place input-referenced components close to their associated pins, provide an uninterrupted ground return, and use pull-up resistors on both open-collector outputs. Confirm the pull-up voltage, output-sink current, input common-mode range, and supply limits against the manufacturer datasheet before fixing the external component values. This page consolidates the device specification, drop-in alternatives, package-level comparison data, and practical PCB guidance into a design-focused reference. It also identifies which automotive and electrical details must be confirmed in the official manufacturer documentation before production release.

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LM2903XK

LM2903XK - Dual Open-Drain Comparator | Runic Technology

Runic Technology LM2903XK is a dual-channel, general-purpose voltage comparator with open-drain outputs, supplied in an 8-pin SOIC package. The device is intended for industrial control and consumer-electronics circuits that compare two input voltages and require a digital, low-side output for interfacing with pull-up-based logic systems. Its dual-channel architecture allows two independent threshold comparisons in one package. A voltage comparator is a semiconductor that evaluates the relationship between two voltages and changes its output state when one input crosses the other. The comparator category belongs to the broader signal-conditioning and interface-IC hierarchy, where an analog voltage decision is converted into a logic-compatible event. The LM2903XK open-drain output can support wired logic, system monitoring, threshold detection, and control functions when paired with an appropriate pull-up resistor. The LM2903XK provides two comparator channels, open-drain output structures, and an 8-SOIC package identified as SOIC-8 with a 0.154-inch, 3.90 mm width. PartGenie classifies the device for industrial-control and consumer-electronics applications. Its listed environmental-handling classification is MSL 3 for 168 hours, while its compliance records identify RoHS3 compliance and no REACH impact. Because the output is open drain, each channel can pull its output node to a defined logic-low state but cannot actively drive a logic-high state. A pull-up resistor or compatible pull-up network is therefore required. This arrangement provides useful flexibility because the output can be referenced to a supply selected by the system designer, while multiple open-drain outputs can share a bus when the electrical conditions and device limits permit. Typical uses include monitoring a power rail against a reference, detecting sensor thresholds, generating reset or fault signals, comparing two analog signals, and implementing simple control loops. The dual-channel format is especially useful when a system requires two related decisions, such as an upper-limit detector and a lower-limit detector, without using separate single-channel packages. The primary PCB considerations are pin orientation, input common-mode limits, output pull-up values, and the voltage and current ratings of the open-drain nodes. Designers should use the manufacturer datasheet pin-description table and electrical characteristics before finalizing input ranges, output sink-current limits, supply limits, and decoupling requirements. A local ground-reference arrangement is important for stable comparator behavior. This product page consolidates the LM2903XK function, package information, compliance records, verified source links, and application guidance. It also identifies confirmed package-related alternatives and clearly separates them from unverified or differently packaged options so that engineers can assess PCB compatibility before making a replacement decision.

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LM2903YQ3T

LM2903YQ3T - 36V Dual Comparator | STMicroelectronics

The STMicroelectronics LM2903YQ3T is a low-power dual voltage comparator with two independent comparison channels, a 2 V to 36 V single-supply range, and an open-collector rail-to-rail output in an 8-DFN 2 mm × 2 mm package. Each channel can compare an input signal against another signal, while the open-collector outputs provide flexible interface options for digital and analog control systems. A voltage comparator is a semiconductor device that compares two input voltages and changes its output state when one input crosses the other. The LM2903 belongs to the comparator hierarchy, which includes general-purpose comparators, differential comparators, and analog interface ICs. Its dual-channel architecture lets one device perform two independent threshold decisions, reducing component count in industrial control, automotive electronics, and low-power monitoring systems. Key characteristics include a wide single-supply operating range of 2 V to 36 V, dual-supply operation from ±1 V to ±18 V, and very low supply current of 0.4 mA. The typical input bias current is 25 nA, while the typical input offset current is ±5 nA. The open-collector outputs support wired-AND arrangements and require an external pull-up when the comparator must drive a logic input. Automotive-grade versions of this device family are associated with AEC-Q100 qualification. The two internal comparators are electrically independent, allowing separate signal paths within the same package. Rail-to-rail input behavior and low input bias current are useful when sensing source voltages that vary close to either supply rail. The low supply current also reduces power consumption in battery-powered systems, although propagation delay and output pull-up selection remain important when switching speed is critical. Typical applications include automotive battery and power-rail monitoring, industrial sensor threshold detection, overvoltage and undervoltage protection, window-comparator circuits, and logic-level translation between analog sensing nodes and digital control circuits. Its 2 mm × 2 mm DFN8 package supports compact board layouts when adequate copper area and controlled assembly are available. Designers should verify the complete pin assignment and exposed-pad requirements in the manufacturer datasheet before layout. Place input and output components close to their associated pins, provide a suitable pull-up for each open-collector output, and use stable reference sources when threshold accuracy matters. Confirm that signal amplitudes, common-mode range, supply limits, and automotive qualification requirements suit the target circuit. This product page consolidates the manufacturer electrical characteristics, package details, verified sourcing links, practical application guidance, and drop-in-replacement assessment. It also highlights the key limitation that a replaceable device must match both the 8-DFN footprint and pin behavior, rather than merely offering similar comparator performance.

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LM2904AM8-13

LM2904AM8-13 - Dual 700 kHz Op Amp | Diodes Incorporated

Diodes Incorporated LM2904AM8-13 is a dual general-purpose operational amplifier with a 700 kHz gain-bandwidth product, supplied in an 8-MSOP package. The device contains two independent, high-gain amplifiers and supports operation from a single supply or split supplies. Its specified operating range extends to ±18 V, equivalent to a total supply voltage of 36 V. This combination of dual-channel operation, wide supply capability, and surface-mount packaging makes the LM2904AM8-13 suitable for general-purpose signal conditioning across industrial, instrumentation, analog control, and embedded systems. An operational amplifier is a high-gain differential amplifier that uses negative feedback to control gain, filtering, amplification, buffering, or analog signal conversion. The dual-amplifier configuration reduces the number of active devices and board area needed when two independent analog channels are required. The LM2904AM8-13 belongs to the operational-amplifier hierarchy, where it sits below precision instrumentation amplifiers and above general-purpose discrete analog signal-conditioning functions. The LM2904 series is identified as a general-purpose amplifier family with very low input-offset voltage relative to many older general-purpose op amps. The two channels share an 8-MSOP package while retaining independent inputs and outputs. A 700 kHz gain-bandwidth product supports general-purpose closed-loop operation at moderate signal frequencies, and the ±18 V supply capability provides useful headroom for circuits using higher signal amplitudes. These characteristics make the part appropriate where low cost, channel density, and supply-voltage flexibility are more important than rail-to-rail input or output operation. The common operating topology places positive and negative feedback around each amplifier, setting closed-loop gain through external resistors. Because the device is intended for broad industrial signal conditioning, designers should verify the required input common-mode range, output swing, output-current capability, input-bias behavior, and stability against the exact operating conditions. The manufacturer datasheet provides the electrical limits and characteristic curves needed to select suitable feedback resistors, bypass capacitors, and external load conditions. Typical uses include sensor-interface conditioning, low-frequency active filters, differential-input stages, transducer amplifiers, analog control loops, and general instrumentation. Industrial data-acquisition systems can use one channel for signal conditioning while using the second channel for biasing, monitoring, or an auxiliary gain stage. The device is also appropriate for compact embedded analog subsystems where an 8-MSOP package reduces board footprint compared with two separate single-amplifier packages. When laying out the circuit, place bypass capacitors close to the supply pins and route feedback components close to their associated amplifier inputs and outputs. Avoid long parallel feedback traces, particularly when operating near the device's 700 kHz gain-bandwidth limit. Check whether the input source can develop voltages outside the specified common-mode range, because general-purpose op amps are not automatically rail-to-rail devices. This product page combines the LM2904AM8-13 operating characteristics with package guidance, application engineering notes, and a parameter-by-parameter comparison framework. It is intended to help engineers identify design constraints quickly while preserving the distinction between published device specifications and application-specific engineering judgments.

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LM2904AQM8-13

LM2904AQM8-13 - Dual 36V Op Amp, 500uA | Diodes

Diodes Incorporated LM2904AQM8-13 is an automotive-compliant, dual operational amplifier packaged in an 8-MSOP. The device operates from a 36 V maximum supply, provides two amplifier channels, and is specified for 500 uA supply current, 20 nA input bias current, and 100 dB open-loop gain. Its 8-MSOP package supports compact analog signal-conditioning layouts while retaining the industry-standard dual-op-amp pin arrangement described for the LM2904Q family. An operational amplifier, or op amp, is a high-gain analog amplifier used to amplify voltage differences, buffer sensors, drive external loads, and implement active filters. The LM2904 belongs to the broader general-purpose amplifier hierarchy, which includes dual and quad operational amplifiers used in signal-chain, instrumentation, and control applications. Its wide supply range makes it useful where signal levels and supply conditions vary substantially. The headline characteristics make the LM2904AQM8-13 appropriate for low-power signal conditioning. A 36 V maximum supply expands the usable operating envelope, while 500 uA supply current limits the power burden of dual-channel circuits. The 20 nA input bias current reduces loading on high-impedance sources, and 100 dB open-loop gain provides useful amplification when feedback establishes the closed-loop gain. The LM2904Q family uses industry-standard pin arrangements and is available in multiple small-outline packages. The M8-13 ordering option places this dual amplifier in an 8-MSOP. For conventional non-unity-gain operation, feedback networks define the closed-loop response, while input common-mode and output-swing limits must remain within the datasheet operating envelope. Decoupling should be placed close to the supply pins to reduce supply-borne noise. Typical uses include low-side current monitoring, transducer and sensor interfaces, buffered analog measurements, active filtering, and general-purpose signal conditioning in automotive or industrial equipment. The dual configuration reduces board area when two independent analog channels are required, although crossover distortion is important when similar signals are amplified simultaneously at high output levels. Designers should verify input bias current, input offset voltage, output swing, common-mode range, and stability requirements against the complete operating conditions. Avoid relying on rail-to-rail operation unless the applicable LM2904 datasheet explicitly confirms the required input or output range. Decoupling capacitors, grounding, and feedback-component placement remain important even though the amplifier itself has a low supply current of 500 uA. This product page consolidates the verified order information, package details, technical attributes, application guidance, and qualified drop-in comparison points. It is designed to help engineers determine whether the LM2904AQM8-13 fits a compact, dual-channel automotive signal-conditioning design and to identify the closest pin-compatible alternatives before a board-level substitution.

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LM2904AQS-13

LM2904AQS-13 - Dual 36V Automotive Op Amp | Diodes

The Diodes Incorporated LM2904AQS-13 is a dual general-purpose operational amplifier in an 8-pin SO package, with a 2 V to 36 V supply span, 700 kHz gain-bandwidth product, and low input offset voltage. The LM2904AQS-13 is an automotive-compliant version of the LM2904A family, making it suitable for dual-amplifier signal-conditioning circuits operating from low-voltage industrial systems through 36 V automotive environments. Its operating-amplifier configuration provides two independent amplifiers in one package. An operational amplifier is a high-gain, differential-input analog amplifier used in the broader hierarchy of amplifier ICs, analog signal-chain ICs, and semiconductor devices. Its differential input allows a small voltage difference to be amplified relative to a feedback-defined reference. Common uses include voltage buffers, sensor amplification, active filters, comparators, and transducer-signal conditioning. The LM2904AQS-13 combines two amplifier channels in one SO-8 package, reducing board area compared with discrete single amplifiers. The device operates from 2 V to 36 V, tolerating a wide range of supply conditions. Its 700 kHz gain-bandwidth product supports general-purpose low-frequency signal amplification, while the listed 20 nA input bias current and 2 mV input offset voltage help define its suitability for moderate-accuracy sensing and feedback networks. The Diodes listing also identifies a 100 dB open-loop gain metric and approximately 500 uA supply-current class, which make the amplifier practical for low- and moderate-frequency industrial and automotive circuits. The LM2904AQ family is identified by Diodes Incorporated as automotive compliant. The S suffix in LM2904AQS-13 identifies the SO-8 package option, while -13 identifies the supplier packaging format. This dual-channel configuration allows one package to implement two independent amplifier stages, reducing component count when a board requires signal buffering, differential amplification, active filtering, or two sensing channels. Typical applications include 5 V and 12 V sensor interfaces, automotive transponder and battery-management signal conditioning, industrial process-control inputs, active low-pass filters, and general dual-amplifier boards. The wide 36 V supply capability is particularly useful where signal nodes can experience industrial transients or automotive battery-related voltages, provided the design keeps every pin within the device's absolute maximum ratings. Design the feedback network for the intended closed-loop bandwidth, keep input and output signals within the common-mode range, and bypass the supply pins close to the package. Decoupling capacitors should be placed at the IC rather than at the power-source entry point. If the amplifier drives capacitive loads, add an isolation resistor and verify stability and output-current margin in the final board layout. This page combines package, electrical, automotive-compliance, cross-reference, and replacement information with practical guidance for dual op-amp layouts. It helps engineers distinguish the exact automotive SO-8 device from broader LM2904 variants, package variants, and functional alternatives that may require different qualification or footprint review.

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LM2904AS-13

LM2904AS-13 - Dual Precision Op Amp | Diodes Inc.

Diodes Incorporated LM2904AS-13 is a dual operational amplifier with two amplifier channels, a 3 V to 36 V supply range, 1 mV input offset voltage, 100 dB open-loop gain, 1.1 MHz gain-bandwidth product, and 20 nA input bias current. The device is supplied in an 8-pin SO package and is characterized for operation from -40°C to +125°C. An operational amplifier is a high-gain analog signal-conditioning IC used to amplify voltage differences, buffer sensor outputs, implement active filters, and serve as the input stage of control and measurement systems. In the broader semiconductor hierarchy, the LM2904 belongs to the amplifier IC family, specifically low-power general-purpose operational amplifiers designed for single or dual supply operation. The two-channel configuration lets one package support independent signal paths while reducing board area and the number of required components. A 100 dB open-loop gain supports accurate amplification of small signals, while the 1.1 MHz gain-bandwidth product provides useful bandwidth for common low-frequency and moderate-frequency analog tasks. The stated 20 nA input bias current is particularly relevant when the source impedance is high. The 3 V to 36 V supply span permits operation from conventional single-supply rails through higher industrial supply voltages. Its specified 1 mV input offset supports applications where input-referred error must be controlled relative to the signal level. The -40°C to +125°C characterization provides a broad temperature range for industrial equipment, instrumentation, automotive-adjacent circuitry, and other systems requiring stable operation over extended environmental conditions. Typical uses include transducer-signal conditioning, active audio and control paths, low-frequency filter stages, sensor amplification, and general dual-amplifier circuits. The SO-8 package is suitable for conventional surface-mount assembly, and the manufacturer states that the LM2904/LM2902 family uses green mold compound as standard. When laying out a circuit, keep input and feedback paths short, provide stable bypassing close to the supply pins, and confirm common-mode and output-swing limits at the selected supply voltage and load. Decoupling capacitors should be placed using standard op-amp layout practice to minimize parasitic feedback and unstable operation. This product page combines the manufacturer specification summary, distributor identification, lifecycle-relevant sourcing information, and practical application guidance. It also documents the verified limits of the available drop-in comparison set so engineers can distinguish confirmed same-footprint choices from related LM2904-family devices that require package or qualification review.

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LM2904ATH-13

LM2904ATH-13 - Dual General-Purpose Op Amp | Diodes Incorporated

The Diodes Incorporated LM2904ATH-13 is a dual, general-purpose operational amplifier packaged in an 8-pin TSSOP. It is intended for single-supply or dual-supply signal-conditioning applications and uses the widely recognized LM2904 amplifier architecture. The device operates from a single supply up to 36 V or from split supplies totaling 36 V, equivalent to ±18 V, while providing two amplifiers in one package. The LM2904 family is intended for general-purpose amplifier, comparator, and voltage-control applications where economy, wide supply-voltage operation, and straightforward PCB implementation are important. An operational amplifier is an analog building block that amplifies the difference between two input voltages. Within the broader semiconductor hierarchy, this product is a general-purpose operational amplifier, or op amp, used in analog signal chains, feedback-control loops, sensor interfaces, and buffer stages. The dual configuration allows one IC to implement two independent amplifier channels, reducing board area and simplifying designs that compare, amplify, filter, or condition two signals. The LM2904ATH-13 provides two independent channels with high open-loop gain and approximately 700 kHz gain-bandwidth performance. Its general-purpose positioning makes it suitable for audio preamplification, transducer conditioning, DC signal amplification, and low-to-moderate-frequency control applications. The 8-pin TSSOP package supports compact surface-mount layouts, while the tape-and-reel suffix identifies the production packing format. Exact input-offset, input-bias-current, output-swing, noise, and temperature limits must be confirmed against the manufacturer datasheet for the exact ordering code. The architecture is suited to conventional single-supply operation because the device can operate close to the positive rail while its output approaches the negative rail. Input common-mode range, output swing, slew rate, and stability conditions still determine whether a particular gain, load, and bypass-capacitor arrangement will meet the design objective. Decoupling should be placed close to the supply pins, and feedback components should be kept compact to minimize parasitic coupling and instability risk. Typical uses include low-level audio stages, current-to-voltage conversion for sensor outputs, general comparator configurations, small-signal amplification, and feedback control around slower feedback loops. The two independent channels can also be configured as comparators, buffers, amplifiers, or differential amplifier sections where their internal characteristics permit the intended operation. Applications requiring very low offset, low noise, high speed, low power, or rail-to-rail output should not assume that a general-purpose LM2904 is the optimal choice. For a robust design, begin with the manufacturer pin configuration and confirm the absolute-maximum ratings, common-mode limits, output-current capability, and recommended external-component values. Avoid using component-marking variants as substitutes without checking the exact pinout, supply range, temperature grade, and package. The TSSOP footprint also requires careful lead pitch and solder-joint inspection because its closely spaced leads are more difficult to inspect than wide-lead SOIC packages. This product page combines the LM2904ATH-13 ordering information, a pin-compatible replacement framework, and practical analog-layout guidance. It highlights the critical decisions engineers must make when reusing an existing 8-pin TSSOP footprint while preserving supply-voltage, common-mode, output-swing, temperature, and load-current requirements.

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LM2904AVQDRG4

LM2904AVQDRG4 - Dual 36V 1MHz Op Amp | Texas Instruments

Texas Instruments LM2904AVQDRG4 is a dual, general-purpose operational amplifier with two independent channels, a 1 MHz gain-bandwidth product, and operation from a single supply up to 26 V or split supplies up to 36 V total. The device is packaged in an 8-SOIC package and is supplied on tape and reel. An operational amplifier, or op amp, is a high-gain analog signal-conditioning component that compares its inverting and non-inverting inputs and drives its output toward the difference between them. The LM2904 belongs to the broader hierarchy of dual operational amplifiers, analog amplifiers, integrated circuits, and general-purpose analog signal-processing devices. Its two channels share power pins but otherwise operate independently, allowing one package to provide amplification, buffering, filtering, or comparison functions. The principal benefits are a 1 MHz gain-bandwidth product, a 0.3 V/µs slew rate, and low supply-current drain of approximately 0.7 mA per amplifier. Each amplifier includes frequency compensation and is designed for operation from single or split supplies. The input common-mode range includes ground, which supports common single-supply signal-conditioning arrangements. The automotive-qualified ordering option is identified by the Q designation in the part number, although qualification documentation should be checked for the specific production configuration. The internal architecture is designed for dependable general-purpose operation with a useful combination of gain, bandwidth, input range, and supply flexibility. A typical noninverting amplifier gain of 100 has a closed-loop bandwidth of approximately 10 kHz, while a unity-gain configuration supports signal bandwidth up to the device's stated 1 MHz gain-bandwidth product. These figures make the amplifier suitable for slow sensor signals, audio-frequency circuits, feedback-control loops, and general analog conditioning rather than high-speed data acquisition. Typical applications include industrial sensor interfaces, automotive signal-conditioning modules, low-frequency active filters, audio preamplifier stages, current sensing with resistive shunts, and dual-rail buffer circuits. Two independent channels can process complementary signals or perform separate functions, reducing component count and conserving board area compared with two single amplifiers. When designing the circuit, check input and output common-mode limits at the actual supply voltage. Load output signals through appropriate biasing, use a stable reference for precision offset-sensitive measurements, and avoid operating the amplifier near supply-rail limits without confirming the input and output ranges. Place decoupling capacitors close to the power pins and keep feedback traces short to reduce oscillation and noise pickup. This page consolidates the device identity, ordering information, package details, pin assignment, engineering alternatives, and practical design guidance needed to evaluate the LM2904AVQDRG4 for a new analog circuit.

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LM2904AVQPWR

LM2904AVQPWR - Dual 30V 700kHz Op Amp | Texas Instruments

The Texas Instruments LM2904AVQPWR is a dual, general-purpose operational amplifier in an 8-pin TSSOP package, with two independent, internally frequency-compensated amplifiers. The device supports a 30 V maximum total supply rating, delivers a typical gain-bandwidth product of 700 kHz, and operates across a -40°C to 125°C temperature range. Its two-amplifier configuration makes it suitable for signal conditioning, transducer amplification, and analog control circuits using single or split supplies. An operational amplifier is an analog building block that amplifies the voltage difference between its differential input while using negative feedback to set closed-loop gain and bandwidth. The LM2904 belongs to the broader hierarchy of linear amplifiers, analog signal-chain ICs, and semiconductor components. It is internally compensated, which simplifies implementation by removing the need for an external compensation capacitor in standard closed-loop configurations. Key characteristics include low supply-current drain, low input bias and offset currents, and an input common-mode range that extends close to ground for single-supply applications. The typical supply-current consumption is 0.7 mA per amplifier. Its broad supply range and temperature rating support industrial control, automotive, instrumentation, and test-equipment designs where the amplifier must operate across changing supply and ambient conditions. The LM2904 architecture uses two independent, high-gain, frequency-compensated amplifiers in one package. Internal compensation establishes the dominant pole and makes unity-gain operation practical without external compensation components. The 700 kHz gain-bandwidth product supports moderate-frequency signal conditioning rather than high-speed data acquisition, so layout should minimize feedback-loop area and keep sensitive input nodes away from supply and output routing. Typical uses include sensor-amplifier front ends, low-frequency active filters, comparator-style threshold circuits with saturation recovery, audio preamplifier stages, and programmable control interfaces. For automotive and industrial systems, the wide operating-temperature range and wide supply tolerance are especially useful, while the low input bias current helps preserve sensor accuracy. When designing around the LM2904AVQPWR, verify the input common-mode range against the actual signal and supply levels, particularly near the positive rail. Decoupling capacitors should be placed directly across the supply pins, and unused amplifier inputs must be biased rather than left floating. Avoid relying on the device for millivolt-level precision tasks without checking offset, drift, and bias-current contributions for the complete signal chain. This page consolidates package details, verified distributor pricing evidence, drop-in alternatives, and application-oriented design guidance for engineers evaluating the LM2904AVQPWR. It also distinguishes supply-voltage, temperature, channel-count, and bandwidth trade-offs among pin-compatible LM2904-family options.

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LM2904AVQPWRQ1

LM2904AVQPWRQ1 - 26V, 700kHz Automotive Dual Op Amp | TI

Texas Instruments LM2904AVQPWRQ1 is an automotive-grade, dual operational amplifier with a 26 V maximum supply rating, 700 kHz gain-bandwidth product, and an 8-pin TSSOP (PW) package. The device contains two independent, high-gain, frequency-compensated amplifiers and is qualified to AEC-Q100 specifications for automotive applications. An operational amplifier is an analog IC that provides high open-loop gain and signal amplification for sensors, control loops, filters, and signal-conditioning circuits. The LM2904-Q1 family belongs to the operational amplifier hierarchy, where each amplifier section provides voltage amplification, impedance buffering, and feedback-based signal conditioning within a wider analog or mixed-signal system. Key characteristics include two amplifier circuits, a 700 kHz gain-bandwidth product, a 0.3 V/µs slew rate, a typical input offset voltage of 3 mV, and typical input bias current of 20 nA. The operating temperature range extends from -40°C to +125°C, supporting industrial and automotive environments where temperature and qualification requirements exceed those of ordinary general-purpose amplifiers. The internally compensated architecture simplifies implementation of standard inverting, non-inverting, summing, and feedback amplifier circuits. A typical supply current is 500 µA per channel, while output current capability reaches 40 mA per channel. These characteristics make the device suitable for low-power analog signal conditioning where a 3 V minimum supply is required and the circuit must tolerate supply voltages up to 26 V. Typical uses include sensor interfaces, actuator drivers, motor-control feedback networks, battery-powered instrumentation, industrial control loops, and automotive signal-conditioning modules. The wide supply range allows operation from single or split supplies, although the differential voltage between the supply rails must remain within the device limits. Designers should verify output swing, input common-mode range, stability, and load capability across the complete supply and temperature range. Decoupling capacitors should be placed close to the supply pins, while feedback components and sensitive input routes should be kept away from switching nodes to reduce coupling and maintain low offset performance.

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LM2904BIDR

LM2904BIDR - Dual 36V 1.2MHz Op Amp | SOIC-10 | TI

The Texas Instruments LM2904BIDR is an industry-standard dual operational amplifier in an 8-pin SOIC package, delivering 1.2 MHz unity-gain bandwidth and a wide 3 V to 36 V supply range with single-supply operation. It is the next-generation 'B' revision of the legacy LM2904, providing tighter DC accuracy (lower input offset voltage), lower noise, and a 1.2 MHz bandwidth upgrade versus the original 700 kHz device, while remaining in the industry-standard 8-pin SOIC footprint used by all LM358 / LM2904 variants. Each channel is a bipolar voltage-frontier amplifier with internal EMI/RFI filtering and ESD protection on the inputs, and the device operates over the automotive -40C to +125C temperature range. An operational amplifier (op amp) is a high-gain DC-coupled differential amplifier whose output voltage is amplified by an external feedback network to perform amplification, filtering, and signal conditioning. A dual op amp integrates two ICs into a single package and is the same circuit-level topology (LDO) integrated with a higher-level power-supply chain and ultimately a semiconductor device, while dual op amps specifically serve as a low-side companion building block used in many sensor, instrumentation, and power-management signal chains. Key features include 1.2 MHz gain-bandwidth product, 0.5 mV typical (3 mV maximum) input offset voltage, 45 V/us (typical) slew rate, 25 nA input bias current, and an output swing that includes both rails. The device operates on a single supply from 3 V up to 36 V (or dual +/-1.5 V to +/-18 V). It is internally compensated for unity-gain stability and includes short-circuit protection on the output, making it suitable for direct drive of low-impedance loads in industrial and automotive environments. The LM2904BIDR uses a bipolar process with a PNP input stage that supports input common-mode voltages down to ground (and up to VCC - 1.5 V), enabling true single-supply operation from a 5 V or 12 V rail. The dual-channel architecture allows one IC to implement two independent gain stages - commonly a transimpedance amplifier and a buffer, or two channels of a differential sensor front-end - saving PCB area, cost, and complexity versus using two single-channel op amps. Typical applications include transducer interfaces (load cells, strain gauges, pressure and flow sensors), low-side current sensing in motor drives and battery management, active filters and integrators for instrumentation, comparator-like threshold detection, and general-purpose signal conditioning on 12 V / 24 V industrial and automotive buses. The wide supply range and automotive-grade temperature rating make it drop-in compatible with virtually every legacy LM288 / LM358 / LM2904 design. When designing with this device, ensure the input common-mode voltage remains within the linear range (GND to VCC - 1.5 V). For single-supply designs, AC-couple the input or bias the network to mid-supply. Decouple the supply pin with a 1 uF / 100 nF parallel pair within 10 mm of the IC, and avoid driving capacitive loads greater than 1 nF directly - add a series isolation resistor if needed. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet, giving you a complete engineering perspective in one page.

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LM2904DE4

LM2904DE4 - Dual 26V 700kHz Op Amp | Texas Instruments

Texas Instruments LM2904DE4 is a dual, general-purpose operational amplifier with a maximum supply rating of 26 V, a 700 kHz gain-bandwidth product, and a 0.3 V/µs slew rate. The device is supplied in an 8-pin SOIC package and provides two amplifier channels in one package. Its 0.7 mA typical supply-current draw supports low-power signal-processing systems. An operational amplifier is an analog amplifier that uses high open-loop gain and negative feedback to amplify voltage differences. Within the semiconductor hierarchy, an operational amplifier belongs to the amplifier IC and signal-conditioning category. The LM2904 combines two general-purpose amplifier channels in a single package, reducing board area when a design requires matched dual-channel functions such as filtering, buffering, or gain stages. The LM2904DE4 provides a 700 kHz gain-bandwidth product, a 0.3 V/µs slew rate, and a low 0.7 mA typical supply-current drain independent of supply voltage. Its common-mode input range includes ground, making it useful in circuits that operate near the lower supply rail. The dual configuration supports applications in industrial controls, sensor interfaces, audio paths, and general-purpose analog signal conditioning. The 26 V maximum supply rating provides ample headroom for conventional industrial supply rails, although the actual operating voltage must remain within the manufacturer’s specified limits. Because this is a general-purpose amplifier rather than a precision part, design engineers should verify input offset, input bias current, output swing, and channel behavior against the application’s signal-integrity requirements. Feedback-network components and signal-source impedances determine practical accuracy and stability. Typical uses include two-stage sensor amplification, low-frequency active filters, buffered instrument inputs, audio preamplification, and general industrial signal conditioning. The 8-pin SOIC package is also compatible with conventional surface-mount assembly and automated PCB manufacturing. The dual organization allows one package to implement complementary signal paths while reducing component count compared with two separate single amplifiers. For stable operation, follow the manufacturer’s recommended compensation and decoupling practices, place input and output networks close to the device, and avoid driving the output beyond its specified load and swing limits. Grounding and trace-return paths should be planned to prevent supply and ground noise from entering the signal path. The manufacturer datasheet is the controlling reference for electrical limits, pin functions, and application details. This product page combines the official family specifications with practical design guidance, application fit analysis, and a package-focused replacement comparison. It is intended to help engineers identify the correct operating limits and select a pin-compatible alternative without overlooking differences in bandwidth, slew rate, supply current, or package construction.

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LM2904DG

LM2904DG - Dual 1MHz Op Amp, 3-32V | onsemi

onsemi LM2904DG is a dual, general-purpose operational amplifier with two independent amplifiers, 1 MHz gain-bandwidth product, 0.6 V/us slew rate, and a 3 V to 32 V supply range in an 8-pin SOIC package. It supports single-supply or split-supply operation and accepts input common-mode voltages extending to ground and VEE. An operational amplifier is a voltage-controlled differential amplifier used to amplify, buffer, filter, compare, or drive analog signals. The LM2904 belongs to the broader operational-amplifier hierarchy, where the dual configuration provides two signal-processing channels in one package. This makes it useful where board area, component count, and supply flexibility are more important than precision or high speed. Key features include a 1 MHz gain-bandwidth product, 0.6 V/us slew rate, and a minimum common-mode rejection ratio of 50 dB. The device is specified for a 3 V to 32 V total supply, allowing operation from a single positive rail or from positive and negative rails. Its common-mode input range extends to ground and VEE, which supports battery-powered, industrial-control, and sensor-interface designs where input signals may approach the lower supply rail. The input offset voltage is listed at 7 mV, making this amplifier more appropriate for general-purpose amplification than precision instrumentation applications requiring microvolt-level offset. Its moderate gain-bandwidth product and slew rate are appropriate for audio-frequency control loops, slow sensor signals, active filtering, comparators, and general analog signal conditioning. The dual architecture also allows both amplifiers to share the same supply and decoupling network. Typical uses include DC motor and actuator feedback control, transducer buffering, low-frequency active filters, audio preamplification, regulated power-supply feedback, and general-purpose analog interfaces. Split-supply operation can simplify biasing around ground, while single-supply operation helps reduce system power and board complexity in battery-operated equipment. Designers should account for input bias current, output-current capability, common-mode limits, and stability when driving capacitive loads. Place decoupling capacitors close to the supply pins, keep feedback routing compact, and verify output swing against the actual load. For applications requiring very low offset, very wide bandwidth, rail-to-rail output, or automotive qualification, compare the LM2904 family against more specialized amplifier families. This product page combines manufacturer-datasheet characteristics, verified distributor listings, drop-in replacement analysis, application guidance, and package-level design notes to support faster component evaluation and PCB reuse decisions.

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LM2904DG4

LM2904DG4 - Dual 26V 700kHz Op Amp | Texas Instruments

Texas Instruments LM2904DG4 is a dual general-purpose operational amplifier with two independent amplifiers, a 26 V maximum supply rating, a 700 kHz gain-bandwidth product, and an 8-pin SOIC package. Each amplifier supports single-supply operation up to 26 V or dual-supply operation up to ±13 V, while the 0.7 mA typical supply-current drain remains independent of supply voltage. An operational amplifier is an analog signal-processing IC that amplifies the voltage difference between its non-inverting and inverting inputs. The LM2904 belongs to the operational-amplifier hierarchy, combining high open-loop voltage gain with negative feedback to set closed-loop behavior. Its two independent channels make it useful wherever two separate analog signals must be conditioned within the same package. Key characteristics include a 700 kHz gain-bandwidth product, a 0.3 V/µs slew rate, and a 0.7 mA typical supply-current drain. The common-mode input range includes ground, allowing single-supply systems to accept input signals near the lower supply rail. These characteristics support cost-sensitive general-purpose designs rather than precision or high-speed instrumentation. Internally, the LM2904 uses a conventional bipolar operational-amplifier architecture, with two independent amplifier channels and an eight-pin SOIC package. The 700 kHz gain-bandwidth product permits useful closed-loop bandwidth at moderate gain, while the 0.3 V/µs slew rate defines how quickly the output can move under large-signal conditions. Its low, supply-independent current draw helps maintain system efficiency. Typical uses include signal conditioning in industrial control systems, feedback and drive networks in power-conversion products, audio preamplifier stages, sensor interfaces, and general dual-amplifier modules. The tube packaging identified for LM2904DG4 is particularly appropriate for production assembly processes that use tube-fed through-hole or tube-to-tape conversion equipment. When designing around the LM2904DG4, verify input and output common-mode limits at the selected supply voltage, provide adequate bypassing close to the supply pins, and confirm that the required signal bandwidth and output swing remain within the amplifier's operating limits. Stable operation also depends on appropriate feedback compensation for the selected gain and load. This product page combines manufacturer specifications, package and pin information, engineering application guidance, and a structured comparison with compatible LM2904-family devices. It is designed to accelerate component selection and PCB planning while keeping the key trade-offs explicit.

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LM2904DMR2G

LM2904DMR2G - Dual 3-26V Low-Power Op Amp | onsemi

onsemi LM2904DMR2G is a dual, general-purpose operational amplifier with a 3 V to 26 V supply range, two amplifier circuits, and an 8-MSOP surface-mount package. The LM2904 family provides low power drain, supports single-supply or split-supply operation, and permits common-mode input voltages to extend toward ground or VEE. These characteristics make the device useful in industrial signal-conditioning, control, and sensor-interface circuits. An operational amplifier is a voltage-gain building block used throughout analog electronics. Its differential input stage compares two input voltages and drives an output to amplify the difference between them. The LM2904 belongs to the bipolar operational-amplifier hierarchy, combining two amplifier channels in one package for general-purpose precision, control, and instrumentation applications. The LM2904DMR2G provides two amplifier circuits, a gain-bandwidth product of 1 MHz, and a maximum supply voltage of 32 V. Its specified operating temperature range is -40°C to 105°C. The 3 V to 26 V operating supply range supports low-voltage systems as well as higher-voltage industrial circuits when the total supply and input limits are observed. The bipolar internal design favors low-cost, general-purpose signal conditioning rather than rail-to-rail input or output operation. Its common-mode input range extending to ground or VEE is particularly useful with single-supply sensors whose signals remain near the lower rail. Single-supply and split-supply operation gives designers flexibility when building signal paths around positive-only or bipolar reference voltages. Typical uses include low-side current monitoring, pressure and temperature sensor interfaces, audio preamplifier stages, industrial control loops, and general amplifier or buffer configurations. The two independent channels can process different signals or implement a more complete analog function within one compact 8-MSOP package. Designers should check input and output common-mode limits at the selected supply voltage and load current. Stable operation with capacitive loads may require an isolation resistor or an application-specific compensation network. PCB placement should keep input and feedback traces short, provide a stable ground reference, and avoid routing sensitive signals beside switching nodes or high-current power paths. This page combines the LM2904DMR2G package and operating characteristics with practical design guidance, verified drop-in candidates, application analysis, and a parameter-by-parameter comparison. It is intended to help engineers confirm compatibility, assess supply and thermal margins, and select an amplifier that can be implemented without unnecessary PCB redesign.

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LM2904DR2

LM2904DR2 - Dual 3-26V Operational Amplifier | onsemi

The onsemi LM2904DR2 is a dual general-purpose operational amplifier designed for low-power signal-conditioning applications from a single supply or split supplies. It operates across a 3 V to 26 V total supply range, accepts inputs that extend toward ground or VEE, and is packaged in an 8-pin SOIC for standard surface-mount assembly. The device contains two amplifiers in one package while retaining the familiar LM358-family architecture. An operational amplifier is a high-gain analog building block used to amplify voltage differences, buffer signals, compare voltages, and drive feedback-controlled circuits. The dual operational amplifier category belongs to the broader hierarchy of operational amplifier, linear amplifier, analog IC, and semiconductor. This makes the LM2904DR2 suitable for both general-purpose precision-adjacent signal conditioning and conventional industrial control circuits where a low-power, dual amplifier simplifies board layout. The LM2904DR2 combines two amplifier channels in one 8-pin SOIC. Its single-supply operating range is listed as 3 V to 26 V, while the associated dual-supply capability supports operation from approximately plus or minus 16 V, corresponding to a 32 V total supply. The common-mode input range extends to ground in single-supply configurations and to VEE in split-supply configurations. These characteristics make each channel suitable for noninverting and inverting amplifier, voltage follower, comparator, and general feedback-control arrangements. The low-power operating characteristics allow the device to be used in battery-powered instrumentation, industrial sensing, sensor interfaces, and control systems where dual-channel analog processing is required without a high-power amplifier family. Its differential inputs support feedback arrangements in which one input receives the source signal and the other receives the feedback or reference network. The two independent channels can also process different signals within the same package. Typical applications include low-level sensor conditioning, current-loop receivers, audio preamplifier stages, active filtering, comparator circuits, and industrial control interfaces. In a current-loop receiver, for example, the amplifier can amplify a small voltage across a sense resistor while the common-mode range supports signals referenced toward the lower supply rail. In a dual-channel design, one channel can condition a measurement while the other performs monitoring or buffering. Layout should prioritize short feedback paths, stable input grounding, and careful decoupling of the supply pins. Place the device close to the analog signal source when trace lengths permit, route high-impedance input nodes away from switching nodes, and use the manufacturer datasheet pin description table when assigning PCB tracks. Decoupling requirements, exact electrical limits, and compensation guidance should be taken directly from the applicable onsemi datasheet. This page combines the exact LM2904DR2 ordering information with package, supply-voltage, application, and replacement guidance. It also distinguishes pin-compatible alternatives from merely similar amplifier functions, helping engineers evaluate PCB reuse, supply compatibility, and sourcing without changing the original 8-pin SOIC footprint.

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LM2904DR2G

LM2904DR2G - Dual 3-32V Op Amp, 8-SOIC | onsemi

onsemi LM2904DR2G is a dual general-purpose operational amplifier with two independent amplifier channels, a 3 V to 32 V supply-voltage range, and an 8-SOIC surface-mount package. The device supports single-supply or split-supply operation, and its common-mode input range extends to ground or VEE, making it suitable for systems using low positive supply voltages. An operational amplifier is an analog signal-processing IC that amplifies the voltage difference between its inverting and non-inverting inputs. The LM2904 belongs to the dual operational amplifier family within the broader operational amplifier, analog IC, and semiconductor hierarchies. Its two channels can amplify two signals independently, or one channel can be used as a buffer while the other performs amplification, filtering, or comparison. The principal advantages include low power drain, common-mode input operation extending to ground or VEE, and flexible single- or dual-supply configurations. The 3 V minimum supply supports modern low-voltage systems, while the 32 V maximum accommodates higher industrial rails. The -40°C to +105°C operating-temperature range supports applications across consumer, instrumentation, industrial-control, and power-management equipment. The LM2904 uses a bipolar operational-amplifier architecture. Each channel includes differential inputs and an output stage designed for general-purpose signal conditioning. Unlike rail-to-rail-input devices, its useful input range depends on the selected supply arrangement and common-mode limits. Designers should therefore verify signal levels against the operating conditions in the manufacturer datasheet rather than assuming full rail-to-rail input capability. Typical applications include low-side current monitoring, sensor-signal conditioning, active filtering, buffer stages, audio preamplification, threshold detection, and general industrial control. It is especially useful when a design requires operation from a single positive supply while processing signals that approach the negative supply rail, which is represented by ground in a single-supply circuit. For reliable implementation, place the input, feedback, and decoupling components close to their associated pins, use a stable low-noise power source, and check output-current and common-mode limits over the complete temperature range. Bypass capacitors should connect directly to the supply pins to minimize parasitic inductance and preserve stability. This product page combines the operating characteristics, pin assignments, application guidance, drop-in comparison, and practical layout considerations needed to evaluate the LM2904DR2G for a new analog signal chain.

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LM2904DR2GH

LM2904DR2GH - Dual 1MHz Op Amp, 3-32V Supply, SOIC-8 | onsemi

The onsemi LM2904DR2GH is a dual general-purpose operational amplifier with two independent amplifier channels in an 8-pin SOIC (D) package. It offers a gain-bandwidth product of 1 MHz, single-supply operation from 3.0 V to 32 V, and a common-mode input range that extends to the negative supply rail, making it a drop-in choice for legacy and new analog signal-chain designs. An operational amplifier is a high-gain differential amplifier whose inverting and non-inverting inputs are compared, producing an output that drives the difference between them. The dual-amplifier form factor halves board area for common tasks such as buffer and gain stages, level shifting, active filters, transducers, and sensor conditioning. In the power-management hierarchy, op amps sit alongside regulators and references as fundamental analog building blocks, and the LM2904 family is one of the most widely cloned dual general-purpose amplifier families in the industry. Key features of the LM2904DR2GH include short-circuit-protected outputs, a true differential input stage, internally compensated operation (no external compensation network required), low input bias currents, and ESD clamps on the inputs that improve ruggedness without degrading signal integrity. Because the amplifier is internally compensated, it is stable with unity-gain noise gain, which simplifies feedback design in buffer and general-purpose configurations. The common-mode input range extending to the negative supply is the defining architectural advantage in single-supply systems. The input stage can operate with signals referenced near 0 V while the device runs from a single positive rail, removing the need for a negative bias supply or an artificial ground in sensor, audio, and industrial instrumentation circuits. Internally, the part combines a differential input pair with a class-A/AB output stage that delivers rail-to-rail output swing close to the supply limits at light to moderate loads. Typical applications include low-side current sensing with shunt amplifiers, audio preamplifier and mixer stages, active filters for sensor signals, comparators and threshold detectors, bridge and strain-gauge instrumentation, relay and solenoid drive feedback, and general industrial control signal conditioning. The wide 32 V supply ceiling also suits 24 V industrial bus rails that need headroom for transients. One key design consideration is that the 1 MHz gain-bandwidth product limits closed-loop bandwidth to roughly the gain-bandwidth divided by the noise gain. Use a current-feedback or faster rail-to-rail device when the signal bandwidth exceeds roughly 100 kHz at higher closed-loop gains, and keep layout short to avoid parasitic capacitance on the inverting input that can destabilize the amplifier. This page consolidates manufacturer feature data, pin-level detail, drop-in replacement options, and practical layout guidance so that engineers can qualify the LM2904DR2GH for both new designs and repair or obsolescence-driven redesigns.

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LM2904DRE4

LM2904DRE4 - Dual 700kHz Op Amp | Texas Instruments

Texas Instruments LM2904DRE4 is a dual, general-purpose operational amplifier in an 8-pin SOIC package. It operates from a single power supply or from split supplies, supports supply voltages up to 26 V, and provides a gain-bandwidth product of 700 kHz. The device contains two independent operational-amplifier channels and is intended for cost-sensitive applications that require an industry-standard, widely available amplifier. An operational amplifier is an analog signal-conditioning integrated circuit whose differential input and high open-loop gain allow it to amplify, buffer, filter, compare, or drive external circuits. The LM2904 belongs to the operational-amplifier hierarchy within amplifier ICs and power-semiconductor devices. Its two channels can amplify different signals in one package while sharing common supply pins, making it useful where board area and external component count are important. The 700 kHz gain-bandwidth product is the principal dynamic parameter identified for the LM2904 family. It determines the useful bandwidth for closed-loop amplifier configurations and affects how quickly the output can respond to input-voltage changes. The manufacturer lists a slew rate of 0.3 V/us for the LM2904DRE4, another indication that the device is optimized for general-purpose analog signal processing rather than high-speed data acquisition. The LM2904DRE4 is specified for operation with a maximum total supply voltage of 26 V. This allows use in conventional 5 V, 12 V, and 24 V industrial systems when the absolute maximum voltage and common-mode operating limits are respected. Its supply-current drain is characterized as low and independent of supply voltage, while the common-mode input range includes ground, which is important in single-supply sensor and control circuits. Typical applications include low-cost sensor conditioning, audio preamplification, general-purpose filtering, comparators with suitable output pull-up arrangements, and two-channel industrial control. The dual-channel format is especially useful for portable instruments, sensor interfaces, audio boards, and educational electronics where one package provides two independent amplifier sections. Design with the LM2904DRE4 using the pin-description table and recommended operating conditions in the manufacturer datasheet. Pay particular attention to input common-mode voltage, output swing, supply polarity, input bias current, and stability requirements. Decoupling capacitors should be placed close to the supply pins, and sensitive analog inputs should be routed away from switching nodes and high-current return paths. This product page combines the manufacturer’s core electrical ratings with practical application guidance, package information, and a same-package replacement comparison. It also distinguishes the standard dual LM2904 ordering options from automotive, revised, and cross-brand equivalents, helping engineers assess footprint compatibility before committing to a PCB substitution.

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LM2904DRG3

LM2904DRG3 - Dual 26 V, 700 kHz Op Amp | Texas Instruments

Texas Instruments LM2904DRG3 is a dual, general-purpose operational amplifier with two independent amplifiers, a 26 V supply rating, a 700 kHz gain-bandwidth product, and an 8-pin SOIC package. The device supports single-supply or split-supply operation and is intended for general-purpose signal conditioning where a wide operating-voltage range and conventional micropower consumption are useful. An operational amplifier is a voltage-feedback amplifier that uses high open-loop gain to amplify the difference between its inverting and non-inverting inputs. Operational-amplifier ICs sit within the broader amplifier hierarchy and are widely used in analog signal chains for sensing, buffering, filtering, comparison, and closed-loop control. The LM2904 contains two frequency-compensated amplifiers, allowing one package to serve two independent analog functions. The LM2904 provides a 700 kHz gain-bandwidth product, 0.3 V/us typical slew rate, and approximately 0.7 mA typical supply-current drain. Its common-mode input range includes ground, which makes it useful in single-supply applications that process signals near the lower supply rail. The 26 V maximum supply rating provides additional operating headroom for industrial and automotive-style circuits when the board is otherwise designed for lower voltages. Each amplifier is frequency compensated and intended for general-purpose closed-loop operation. Its approximately 700 kHz gain-bandwidth product supports signal paths that do not require the bandwidth of modern precision or high-speed amplifier families. The dual configuration can implement two amplifiers per package, reducing board area in designs such as sensor conditioning, active filtering, error amplifiers, and low-frequency control loops. The 8-SOIC package is also a practical option for through-hole assembly processes. Typical applications include low-frequency sensor signal conditioning, active filters, audio preamplifier stages, battery-powered instrumentation, and industrial control interfaces. In a typical application, the amplifier is configured with external feedback resistors or capacitors, while the non-inverting input receives the sensor or reference signal. Single-supply operation is especially useful when the input signal remains close to ground and a negative supply is undesirable. Designers should verify the input and output common-mode limits across the intended supply voltage and load current, and should use suitable bypassing capacitors near the power pins. Stable operation also depends on following the recommended feedback-network values and ensuring the source and load impedances do not compromise gain, noise, or phase margin. The 8-SOIC footprint leaves adequate routing space for conventional external compensation or gain-setting components where needed. This page combines the manufacturer product information with practical package, sourcing, replacement, and design guidance. It highlights the LM2904DRG3's useful balance of dual-channel integration, wide supply range, conventional bandwidth, and assembly compatibility for cost-conscious general-purpose analog designs.

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Subcategorías

Productos (39.000+)

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LM2903VQPWRG4Q1 - 30V Dual Comparator | Texas Instruments

LM2903VQPWRQ1 - Dual 36V Automotive Comparator | Texas Instruments

LM2903XK - Dual Open-Drain Comparator | Runic Technology

LM2903YQ3T - 36V Dual Comparator | STMicroelectronics

LM2904AM8-13 - Dual 700 kHz Op Amp | Diodes Incorporated

LM2904AQM8-13 - Dual 36V Op Amp, 500uA | Diodes

LM2904AQS-13 - Dual 36V Automotive Op Amp | Diodes

LM2904AS-13 - Dual Precision Op Amp | Diodes Inc.

LM2904ATH-13 - Dual General-Purpose Op Amp | Diodes Incorporated

LM2904AVQDRG4 - Dual 36V 1MHz Op Amp | Texas Instruments

LM2904AVQPWR - Dual 30V 700kHz Op Amp | Texas Instruments

LM2904AVQPWRQ1 - 26V, 700kHz Automotive Dual Op Amp | TI

LM2904BIDR - Dual 36V 1.2MHz Op Amp | SOIC-10 | TI

LM2904DE4 - Dual 26V 700kHz Op Amp | Texas Instruments

LM2904DG - Dual 1MHz Op Amp, 3-32V | onsemi

LM2904DG4 - Dual 26V 700kHz Op Amp | Texas Instruments

LM2904DMR2G - Dual 3-26V Low-Power Op Amp | onsemi

LM2904DR2 - Dual 3-26V Operational Amplifier | onsemi

LM2904DR2G - Dual 3-32V Op Amp, 8-SOIC | onsemi

LM2904DR2GH - Dual 1MHz Op Amp, 3-32V Supply, SOIC-8 | onsemi

LM2904DRE4 - Dual 700kHz Op Amp | Texas Instruments

LM2904DRG3 - Dual 26 V, 700 kHz Op Amp | Texas Instruments