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MP8102DJ-LF-P - 600kHz 1.8V Low-Power Op Amp | MPS
MP8102DJ-LF-P

MP8102DJ-LF-P - 600kHz 1.8V Low-Power Op Amp | MPS

Monolithic Power Systems MP8102DJ-LF-P is a single low-power operational amplifier featuring 600 kHz gain-bandwidth product, 7.5 µA supply current, and operation from a single supply as low as 1.8 V. The device is offered in a 5-pin TSOT-23 package and uses a rail-to-rail output architecture. These headline characteristics place it within the operational-amplifier, analog-amplifier, and signal-conditioning IC hierarchy. An operational amplifier, or op amp, is a high-gain differential amplifier used to amplify, buffer, filter, or compare small voltage signals. The MP8102 family emphasizes low supply current and low-voltage operation rather than the high bandwidth and drive current associated with general-purpose amplifiers. Its rail-to-rail output allows the output voltage to approach the supply limits under suitable load and output conditions, making it useful in compact, low-power sensor and portable systems. The verified manufacturer description identifies 600 kHz bandwidth, 7.5 µA supply current, and single-supply operation down to 1.8 V. Additional distributor data identifies a 5-pin TSOT-23 package, 82 dB CMRR, and a -40 °C to +85 °C operating-temperature range. The combination of low quiescent consumption and a 600 kHz gain-bandwidth product supports signal paths that require measurable bandwidth without a high-current amplifier architecture. The MP8102 is a single-amplifier device intended for low-voltage analog signal conditioning. A 1.8 V minimum supply supports energy-limited systems, while the 600 kHz bandwidth is suitable for modest-frequency filtering, buffering, and gain stages. Because the verified excerpts do not provide complete electrical-limit tables, exact input-offset voltage, input-bias current, open-loop gain, noise density, and output-drive specifications should be confirmed in the manufacturer datasheet before production release. Typical uses include low-power sensor interfaces, portable instrumentation, battery-powered monitoring, current-loop signal conditioning, and small embedded analog front ends. The 7.5 µA supply current is especially relevant when aggregate amplifier consumption dominates a compact design's available power budget. The 600 kHz bandwidth allows the amplifier to process signals beyond DC without behaving as a purely static precision amplifier. Designers should verify input common-mode range, output swing, capacitive-load stability, noise, and gain-bandwidth behavior directly from the MP8102 datasheet. Decoupling-capacitor values, stability with sensors, and achievable output accuracy are not specified in the supplied excerpts and should not be inferred. PCB layout should keep the input path short and provide a local return path for the supply and ground pins. This product page consolidates the verified manufacturer description, distributor classification, package information, sourcing links, and engineering limitations for MP8102DJ-LF-P. It also distinguishes verified facts from parameters that still require datasheet confirmation, helping engineers evaluate the part without mistaking distributor classifications for complete electrical specifications.

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MP8102DJ-LF-Z - 600kHz Low-Power RRIO Op Amp | MPS
MP8102DJ-LF-Z

MP8102DJ-LF-Z - 600kHz Low-Power RRIO Op Amp | MPS

The Monolithic Power Systems MP8102DJ-LF-Z is a general-purpose, rail-to-rail-output operational amplifier with 600kHz gain-bandwidth product, 7.5µA supply current, and operation from a single supply as low as 1.8V. The device is supplied in a 5-pin TSOT-23 package, making it suitable for compact, low-power analog signal-conditioning systems. An operational amplifier is an analog integrated circuit that amplifies the difference between its inverting and non-inverting inputs. A rail-to-rail-output amplifier can approach the supply rails at its output, which helps maximize usable output voltage in low-voltage systems. Within the broader hierarchy, the MP8102 is an operational amplifier, analog amplifier IC, signal-conditioning IC, and power-management-support semiconductor designed around low-voltage, low-power signal processing. The MP8102 combines a 600kHz gain-bandwidth product with supply current of 7.5µA. It supports a 5V supply according to the retrieved specification data and can operate from a single supply as low as 1.8V. Additional reported characteristics include 82dB common-mode rejection, 0.1V/µs slew rate, and a maximum input offset voltage of 5mV. Its rail-to-rail output architecture improves output headroom when the amplifier operates close to the available supply voltage. The 600kHz bandwidth makes the MP8102 suitable for modest-frequency signal amplification rather than high-speed video or RF tasks. Its 7.5µA supply current reduces power consumption in continuously powered instrumentation, while the small TSOT-23 package supports space-constrained boards. The 0.1V/µs slew rate defines how quickly the output can move under suitable loading and should be checked against large-signal and capacitive-load requirements. Typical uses include low-voltage sensor conditioning, battery-powered measurement nodes, audio and communication interface buffers, microcontroller analog front ends, and general-purpose signal amplification. Its rail-to-rail output behavior is particularly useful when the processed signal must occupy much of the available 1.8V-to-5V supply range. The TSOT-23 package also requires careful PCB layout and adequate thermal spreading for reliable operation. When designing around the MP8102, verify the exact input common-mode range, output swing, output-current capability, noise, and stability with capacitive loads against the manufacturer datasheet. Place the device close to the feedback network and bypass its supply pins with a short, low-inductance connection to minimize instability, ground offset, and susceptibility to switching-node noise. This product record consolidates the verified manufacturer and distributor data with practical design guidance, application analysis, lifecycle-relevant sourcing information, and an explicit separation between documented characteristics and parameters that still require datasheet confirmation.

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MP8103DK-LF - Dual 200kHz Rail-to-Rail Op Amp | MPS
MP8103DK-LF

MP8103DK-LF - Dual 200kHz Rail-to-Rail Op Amp | MPS

The Monolithic Power Systems MP8103DK-LF is a dual, rail-to-rail-output operational amplifier rated for a 5 V supply, with a 200 kHz gain-bandwidth product, 82 dB CMRR, 0.1000 V/µs slew rate, and an 8-MSOP package. The two amplifiers are intended for low-voltage signal conditioning where compactness, low power, and rail-to-rail output operation are useful. Verified distributor descriptions identify this device as a standard general-purpose, dual amplifier, while the supplied datasheet snippets confirm its 5 V supply condition, 82 dB CMRR, 0.1000 V/µs slew rate, −40 °C to +85 °C operating range, MSOP-8 package, and RoHS-compliant status. An operational amplifier is an analog integrated circuit that compares two input voltages and drives its output toward a higher level when the noninverting input exceeds the inverting input. Within the amplifier hierarchy, the MP8103 is an operational amplifier IC, also called an op amp, within analog and amplifier semiconductors. A dual device contains two amplifier channels, allowing one package to serve two related signal paths. Rail-to-rail output means the output can approach the supply rails under suitable load and output conditions, making the device relevant to low-voltage systems whose usable signal range extends close to the rails. The verified data highlights a 200 kHz gain-bandwidth product, 82 dB common-mode rejection ratio, and 0.1000 V/µs slew rate. These figures describe the amplifier’s speed and immunity to signals common to both inputs. The 200 kHz bandwidth is relevant for signal paths that do not require high-frequency operation, while the 82 dB CMRR indicates rejection of common-mode interference. The 8-MSOP format supports compact PCB layouts, and the dual-channel configuration can reduce the number of packages compared with using separate single amplifiers. The MP8103 family is described as a single-supply, rail-to-rail-output operational amplifier. The verified search data also reports operation from a supply as low as 1.8 V for the MP8103 family and approximately 14 µA supply current in one related family description. For the exact MP8103DK-LF, use the manufacturer datasheet for full electrical limits, input range, output behavior, stability, and recommended operating conditions. The −40 °C to +85 °C operating-temperature specification is available for this exact part in the supplied search data. Typical applications include low-voltage sensor interfaces, buffered analog measurements, audio or communications signal conditioning, and general embedded analog systems where two amplifier channels are useful. Because the available verified data does not provide a genuine manufacturer PDF URL, application-specific limits, or complete pricing values, those fields are marked as needed rather than estimated. Engineers should confirm the exact pinout, supply limits, input common-mode range, output swing, noise, and stability requirements against the official MP8103 datasheet before production release.

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MP8103DK-LF-P Dual 200 kHz Low-Power Op Amp | MPS
MP8103DK-LF-P

MP8103DK-LF-P Dual 200 kHz Low-Power Op Amp | MPS

Monolithic Power Systems MP8103DK-LF-P is a dual, general-purpose operational amplifier with a 200 kHz gain-bandwidth product, 5.5 V maximum supply capability, 14 µA supply current, and an 8-MSOP package. The device uses rail-to-rail output stages and can operate from a single supply as low as 1.8 V. These characteristics position it within the operational amplifier hierarchy as a low-voltage, low-power amplifier suitable for portable and embedded signal-conditioning systems. An operational amplifier, or op amp, is a high-gain differential amplifier used to compare and amplify small voltage signals. The MP8103 is a dual amplifier, so one package contains two independent amplifier channels. It belongs to the general-purpose amplifier class within integrated circuits and is intended for functions such as voltage buffering, sensor conditioning, current-voltage conversion, and gain-stage implementation when low supply current is more important than high bandwidth. The verified distributor information identifies the MP8103 as a 200 kHz gain-bandwidth device, while another indexed datasheet description identifies 600 kHz bandwidth for the MP8103 family. It is a rail-to-rail-output amplifier with a maximum indicated supply voltage of 5.5 V and an exceptionally low 14 µA supply current. Operation from 1.8 V permits use in systems where the available energy budget limits continuous amplifier consumption. The MP8103’s dual-channel configuration saves board area compared with two separate single amplifiers, while its MSOP package supports compact layouts. Rail-to-rail output behavior can simplify designs that require the output to approach the available supply range. Engineers should nevertheless verify output swing, input common-mode range, offset voltage, noise, stability, and load-driving capability against the manufacturer datasheet before committing a high-impedance or precision application. Typical uses include low-power sensor interfaces, portable instrumentation, battery-powered condition-monitoring circuits, and low-frequency analog signal chains. The 14 µA supply current is particularly useful when the amplifier must remain continuously powered, while 200 kHz bandwidth provides adequate response for many sensor and control signals rather than high-speed waveform applications. The primary design consideration is supply headroom. Because the device can operate from 1.8 V, the selected output must remain within the verified output-swing limits at the intended load. Input bias currents should also be compared with source impedances to prevent avoidable DC errors, and each power rail should be decoupled close to the device pins. This page consolidates verified distributor specifications, sourcing information, package details, application guidance, and engineering caveats. It distinguishes confirmed MP8103DK-LF-P attributes from parameters that remain unavailable in the supplied web data, supporting more accurate design-in and procurement decisions.

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MP8103DK-LF-Z - Dual 600kHz Low-Power Op Amp | MPS
MP8103DK-LF-Z

MP8103DK-LF-Z - Dual 600kHz Low-Power Op Amp | MPS

Monolithic Power Systems MP8103DK-LF-Z is a dual, single-supply, rail-to-rail-output operational amplifier designed for low-voltage, low-power signal-conditioning systems. The verified distributor data identifies a 600 kHz gain-bandwidth product, operation from a supply as low as 1.8 V, and approximately 14 microamps of supply current. The device is supplied in an 8-MSOP package, making it suitable for compact portable, sensor, and instrumentation designs where two amplifier channels are required in one package. An operational amplifier is an analog integrated circuit that uses high-gain differential feedback to amplify or buffer an input signal. The MP8103 belongs to the operational-amplifier family within the broader linear-amplifier and signal-conditioning hierarchy. Its dual-channel configuration reduces board area by combining two amplifiers in one package, while its low-power operation is useful when the available supply current is limited. The main differentiators are the 600 kHz gain-bandwidth product, low 1.8 V minimum supply voltage, approximately 14 microamp supply current, and rail-to-rail output capability. These characteristics support portable sensor interfaces, battery-powered measurement systems, low-voltage analog signal chains, and general-purpose amplification where low power consumption and compactness are more important than high bandwidth. The MP8103 is identified by distributor listings as a dual rail-to-rail 8-MSOP amplifier. The available verified material describes the MP8103 family as a single-supply, dual rail-to-rail-output operational amplifier. Because the supplied web data does not include the full manufacturer datasheet parameter table, detailed specifications such as input common-mode range, output swing, slew rate, noise density, offset voltage, and temperature range are marked as requiring verification before final design release. Typical implementations include two-channel sensor conditioning, low-voltage battery monitoring, portable medical or industrial measurement modules, and embedded analog interfaces. The 1.8 V operating capability is especially valuable in systems powered from a single lithium-cell or low-voltage regulated rail, while the dual channel count reduces component count compared with two separate single amplifiers. For layout, keep input and feedback paths short, place the device close to the bypass capacitor, and route high-impedance input nodes away from switching and digital return currents. Confirm the actual input common-mode and output swing ranges from the manufacturer datasheet before using the amplifier near the supply rails. This page consolidates the verified distributor identity, package information, low-power characteristics, sourcing links, and engineering selection guidance for MP8103DK-LF-Z.

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MP8104DJ-LF-P - 1.8V 400kHz Rail-to-Rail Op Amp | MPS
MP8104DJ-LF-P

MP8104DJ-LF-P - 1.8V 400kHz Rail-to-Rail Op Amp | MPS

Monolithic Power Systems MP8104DJ-LF-P is a general-purpose, single-circuit operational amplifier designed for low-voltage, low-power signal conditioning. The device operates from a single supply as low as 1.8 V, provides a 400 kHz gain-bandwidth product, consumes approximately 11 µA of supply current, and uses a rail-to-rail output stage. It is packaged in the compact TSOT-23-5 surface-mount package with an industry-standard pin arrangement. An operational amplifier is an analog integrated circuit that amplifies the voltage difference between its differential inputs. Operational amplifiers belong to the broader signal-conditioning IC hierarchy, alongside instrumentation amplifiers, comparators, buffers, and specialized analog front-end devices. The MP8104DJ-LF-P is intended for applications that require compactness, low supply voltage, low power consumption, and a general-purpose single amplifier. The most important verified specifications are the 1.8 V minimum single-supply operation, 400 kHz bandwidth, and 11 µA supply current. Its rail-to-rail output allows the output voltage to approach the supply rails more closely than a conventional non-rail-to-rail output stage, which can be useful in compact sensor, filtering, and signal-level conditioning circuits. The TSOT-23-5 package helps minimize board area, although its small footprint requires careful layout and thermal analysis. The MP8104 is listed as an ultra-low-power operational amplifier with an industry-standard pin-out. The verified distributor information identifies it as a standard general-purpose amplifier in a one-circuit TSOT-23-5 package. Mouser also marks MP8104DJ-LF-P as NRFND and recommends MP8102 for new designs, so designers should verify lifecycle requirements before committing a new production PCB to this part. The manufacturer product page is the appropriate starting point for the latest datasheet and lifecycle information. Typical uses include low-voltage sensor interfaces, battery-powered measurement circuits, analog filtering, general signal conditioning, portable instrumentation, and low-power embedded systems. The 400 kHz bandwidth is suitable for modest-speed applications rather than high-frequency precision signal chains. When selecting a replacement, verify the input common-mode range, output swing, offset voltage, noise, slew rate, and stability requirements in addition to the package and supply voltage. A critical design consideration is avoiding overdriving the input or output stages. Keep the output within the amplifier's specified operating limits, account for capacitive loading at the output, and use short, low-impedance signal paths. For single-supply operation, provide adequate input and output decoupling close to the device and confirm that the selected feedback network is stable with the intended noise gain. This product page combines the verified manufacturer and distributor information with practical design guidance, lifecycle caveats, pricing fields, and package-level replacement considerations that are not fully available from a distributor listing alone. It is intended to help engineers and purchasing teams verify fit, availability, and redesign risk.

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MP8104DJ-LF-Z - 1.8V, 400kHz Rail-to-Rail Op Amp
MP8104DJ-LF-Z

MP8104DJ-LF-Z - 1.8V, 400kHz Rail-to-Rail Op Amp

The Monolithic Power Systems MP8104DJ-LF-Z is an ultra-low-power, rail-to-rail-output operational amplifier with a 1.8 V to 5.5 V supply range, 400 kHz gain-bandwidth product, and 2 pA input-bias current. The device is supplied in a surface-mount TSOT-23-5 package and uses an industry-standard five-pin operational-amplifier pinout. The MP8104 is positioned for portable, low-voltage signal-processing systems where low operating current, small package size, and rail-to-rail output capability are important. An operational amplifier is a high-gain analog signal-conditioning IC used in the broader amplifier IC and analog IC hierarchy. Its common uses include voltage buffering, current-to-voltage conversion, differential sensing, active filtering, and feedback-controlled gain stages. The MP8104's 1.8 V minimum supply voltage allows operation directly from a single low-voltage cell or a low-dropout-regulated rail, while its rail-to-rail output enables useful signal swing toward the upper supply rail in low-voltage systems. The verified device information identifies a 400 kHz gain-bandwidth product and 2 pA input-bias current. The 400 kHz bandwidth provides a practical operating range for slow sensor signals, low-frequency instrumentation, and feedback loops that do not require high-speed signal handling. The 2 pA bias-current figure is particularly useful for high-impedance sensing, where input leakage can create gain errors. A listed 82 dB metric is also associated with the device, although the supplied source snippets do not fully define the measurement conditions. The TSOT-23-5 package minimizes PCB area and is compatible with high-density analog and mixed-signal layouts. Because the package has limited thermal mass, sustained output current and power dissipation require careful load and layout review. The exact input-offset voltage, output-current capability, quiescent current, noise spectrum, common-mode range, and operating-temperature limits were not supplied in the verified data and must be confirmed in the manufacturer datasheet before production design. Typical uses include battery-powered sensor interfaces, portable biomedical signal conditioning, low-current industrial monitoring, audio and control-signal amplification, and small-footprint analog filter stages. The low 1.8 V supply threshold and small package make the device especially suitable for space-constrained equipment powered from a single cell or a low-energy Bluetooth, IoT, or wearable sensor node. When designing around the MP8104, place input, output, and decoupling connections using the shortest practical signal paths and provide local supply bypassing according to the manufacturer layout guidance. Confirm output-swing limits under the actual load, verify that the selected feedback network works across the intended 1.8 V to 5.5 V range, and account for input-bias-current error when the source impedance is high. This product record consolidates the verified manufacturer and distributor facts for the MP8104DJ-LF-Z with package guidance, sourcing limitations, and application-oriented engineering considerations. It also explicitly separates published values from parameters that still require confirmation from the complete manufacturer datasheet.

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MP8110DK-LF - 40V High-Side Current-Sense Amplifier | MPS
MP8110DK-LF

MP8110DK-LF - 40V High-Side Current-Sense Amplifier | MPS

Monolithic Power Systems MP8110DK-LF is a low-cost, precision, high-side current-sense amplifier designed for current monitoring from a single 2.5V to 40V supply. The device provides a single amplifier channel in an 8-MSOP package and is intended for notebook computers, cell phones, battery-powered systems, and other applications where DC load-current measurement is required. Its high-side placement avoids interrupting the monitored power path and allows the sensed current to be measured relative to ground. A current-sense amplifier is an analog signal-conditioning device that measures the voltage drop across a small sense resistor and produces an output proportional to the current flowing through that resistor. The MP8110 family belongs to the precision analog and current-measurement hierarchy, supporting high-side current sensing, power-system monitoring, battery management, load detection, and overcurrent protection. Its low supply current helps preserve battery life in portable systems. The manufacturer describes the MP8110 as operating from 2.5V to 40V and typically consuming 12 µA. The device output is proportional to load current, and the MP8110 evaluation-board information states that 1V output corresponds to 5A of load current. This relationship depends on the selected sense resistor and device gain; the exact gain, common-mode range, accuracy, and electrical limits should be confirmed in the manufacturer datasheet before final design release. High-side current sensing places the sense resistor in the positive supply conductor, so the amplifier can monitor current without disconnecting the load or placing a high-side transistor in the power path. This is useful in battery-powered equipment where the ground connection must remain common with the monitored system. The approach can also simplify power-path protection because the load remains connected during measurement. The MP8110 is suitable for notebook computers, cell phones, battery-operated instruments, industrial control systems, power adapters, and other DC rails where current monitoring is valuable. In these applications, the amplifier output can be connected to an analog-to-digital converter, comparator, microcontroller input, or system controller for current reporting, load detection, and protection. The 40V supply capability is useful for systems whose monitored rail is above conventional low-voltage logic levels. Designers should verify the sense-resistor value, Kelvin routing, amplifier gain, output swing, supply decoupling, and input common-mode limits against the specific MP8110 ordering code and datasheet. Keep the sense-resistor connections short and symmetrical to reduce parasitic resistance and measurement error. Place the amplifier and filtering components close to the sense resistor, and provide stable supply bypassing where required by the application. This page summarizes the verified manufacturer and distributor information for MP8110DK-LF and distinguishes confirmed specifications from parameters that require datasheet confirmation. It also provides application guidance and procurement context for engineers comparing high-side current-sense amplifier options.

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MP8110DK-LF-P - 40V High-Side Current Sense Amplifier | MPS
MP8110DK-LF-P

MP8110DK-LF-P - 40V High-Side Current Sense Amplifier | MPS

Monolithic Power Systems MP8110DK-LF-P is a precision high-side current-sense amplifier with one channel, a 2.5 V to 40 V operating supply range, and an 8-MSOP package. The device typically consumes 12 µA, while its output provides 1 V for a 5 A load-current condition according to the manufacturer evaluation-board description. These characteristics position it for low-cost battery and DC current monitoring where the measured conductor lies above the system ground potential. A high-side current-sense amplifier is an instrumentation amplifier that measures the small voltage developed across a sense resistor placed in the positive supply path. In the component hierarchy, it belongs to the current-sense amplifier family, instrumentation amplifier category, analog signal-conditioning ICs, and broader power-monitoring and power-management ecosystem. Unlike a low-side arrangement, high-side sensing keeps the load-current path at ground potential and supports direct monitoring of battery or system input current. Key features include a wide 2.5 V to 40 V single-supply operating range, typical supply consumption of 12 µA, one amplifier channel, and a low-cost 8-MSOP implementation. The manufacturer identifies notebook computers, cell phones, and battery-powered systems as representative applications. An evaluation board is also available as the EV8110DS-00A, providing a practical platform for evaluating the device's output response and current-to-voltage relationship. The MP8110 family uses a high-side sensing arrangement so that the input-side common-mode voltage can rise with the monitored bus while the measured differential signal remains small. Its 1 V output for a 5 A load condition provides a useful reference for the accompanying evaluation board. Designers should nevertheless verify the complete gain, output range, common-mode limits, offset, accuracy, and stability specifications against the current manufacturer datasheet before finalizing a production design. Typical uses include battery charge monitoring, DC input-current measurement, load-current reporting, and system power-management feedback. The low 12 µA typical consumption is particularly relevant to portable equipment where every microampere contributes to standby demand. The device can also support power-path monitoring when the conductor being measured must remain at a high common-mode voltage relative to the system ground. The primary design consideration is the sense-resistor and feedback-network implementation. Place the sense resistor where it can be measured cleanly, route the differential inputs as a short matched pair, and confirm that the expected output voltage remains inside the amplifier's operating range. Component values, resistor tolerance, trace resistance, and the amplifier's own accuracy will determine the final current-measurement error. This page consolidates verified manufacturer specifications, distributor availability, a same-family drop-in alternative, application guidance, and practical selection considerations. It also distinguishes supplied facts from parameters that require confirmation in the manufacturer datasheet, supporting faster engineering evaluation without presenting unverified electrical values as established specifications.

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MP8110DK-LF-Z - 40V High-Side Current Sense Amp | MPS
MP8110DK-LF-Z

MP8110DK-LF-Z - 40V High-Side Current Sense Amp | MPS

Monolithic Power Systems Inc. MP8110DK-LF-Z is a single-circuit, precision high-side current-sense amplifier with a 2.5 V to 40 V input-voltage range and a 1 V output corresponding to 5 A of load current, housed in an 8-pin MSOP package. The device is intended to monitor current in a high-side supply rail while producing an analog voltage proportional to the measured load current. A high-side current-sense amplifier is an instrumentation amplifier that measures the small voltage drop across a sense resistor placed in series with a power path. The MP8110 belongs to the current-sense amplifier category, which is part of the broader analog and mixed-signal IC hierarchy. Its high-side placement keeps the monitored load near ground potential, making it useful in systems where the current-carrying conductor is difficult to bring to a low-voltage analog input. The verified manufacturer information identifies a 2.5 V to 40 V operating input range, a typical 17 µA supply consumption, one amplifier circuit, and a nominal transfer relationship in which 1 V of output represents 5 A of load current. This 0.2 V/A relationship provides a direct way to interpret the output voltage during current measurements. The 40 V capability supports measurement of high-voltage rails without requiring the amplifier to be placed directly across the full supply voltage. The MP8110DK-LF-Z is described by the manufacturer as a low-cost, precision, high-side current-sense amplifier. Its proportional analog output can be connected to an ADC, comparator, controller, or monitoring circuit so that the host system can measure load current or react when a programmed threshold is exceeded. The manufacturer also documents the EV8110DS-00A evaluation board for evaluating the MP8110 in a complete application circuit. Typical uses include power-supply load monitoring, battery-powered systems, industrial controllers, motor-control circuits, and general 40 V power rails. Because the output scales at 0.2 V per ampere, a 5 A load produces a 1 V output according to the manufacturer product-page information. Designers should verify the required sense-resistor value, output range, error limits, and operating conditions against the complete manufacturer datasheet before production use. A primary design consideration is Kelvin routing of the sense-resistor connections. The amplifier must detect the voltage drop across the sense resistor without picking up voltage drops in its own supply and ground traces. Short, symmetric connections, suitable resistor placement, and a clean return path help preserve measurement accuracy. The analog output should also remain within the input range of the receiving ADC or controller. This page consolidates the verified manufacturer and distributor information for MP8110DK-LF-Z, including the known electrical characteristics, package information, sourcing links, and practical application guidance. It also separates documented values from parameters that still require confirmation from the full datasheet, helping engineers make faster and more defensible component-selection decisions.

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MP8110DS-LF-Z - 40V High-Side Current Sense Amp | MPS
MP8110DS-LF-Z

MP8110DS-LF-Z - 40V High-Side Current Sense Amp | MPS

Monolithic Power Systems MP8110DS-LF-Z is a precision, high-side current-sense amplifier operating from a single 2.5 V to 40 V supply, with a 1.4 V to 40 V common-mode input range and typical supply consumption of 12 µA. The device is packaged in an 8-pin SOIC. It is designed to measure current in a high-side supply rail without disrupting the load path, making it useful in notebook computers, cellular phones, battery systems, and other DC power-monitoring equipment. A high-side current-sense amplifier is an instrumentation amplifier that senses the small voltage developed across a low-ohm sense resistor in a current-carrying conductor. The MP8110 converts this differential sense voltage into a proportional output voltage. This category belongs to the amplifier hierarchy: current-sense amplifier → instrumentation amplifier → analog amplifier → integrated circuit. High-side placement is especially valuable in battery-powered equipment because the monitored load ground can remain connected directly to the system ground. Key verified characteristics include a 2.5 V to 40 V operating supply, 1.4 V to 40 V common-mode voltage range, 400 µV input offset voltage, 4 nA input bias current, 5 mA output current capability, 97 dB common-mode rejection, and an enable or shutdown function. The 12 µA typical supply current supports low-power monitoring designs. These parameters make the amplifier suitable for power paths where the measured current can range from light-load conditions to substantially higher operating levels. The MP8110 uses a precision differential-sensing architecture to reject supply ripple and common-mode disturbances present on the high-side conductor. Its common-mode rejection of 97 dB helps preserve measurement accuracy when the monitored rail changes substantially. The wide 40 V operating and common-mode limits accommodate automotive, industrial, communications, and portable equipment rails, although the selected sense resistor and amplifier gain must still be chosen to keep the output within the usable analog range. Typical uses include battery charge monitoring in notebook computers and cellular phones, DC/DC converter load measurement, power-path current limiting, general high-side load detection, and energy-management subsystems. The enable or shutdown function can be used to reduce consumption when continuous monitoring is unnecessary. Because the part senses above the load connection, it avoids inserting an additional ground-path element between the source and the monitored system. The primary design consideration is selecting the sense-resistor value and amplifier gain together. Too little sense resistance produces an output signal buried in noise, while too much resistance can reduce available supply voltage and increase power loss as I²R. Layout should keep the differential traces short, matched, and away from switching nodes. Input filtering and the manufacturer’s recommended resistor and capacitor values should be used to balance response time against transient rejection. This product page consolidates verified manufacturer and distributor information, current-sense design considerations, practical application guidance, and verified drop-in sourcing data. It is intended to help engineers compare the MP8110DS-LF-Z with an exact same-package replacement without inferring unverified electrical differences.

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MP8130DJ-LF-Z - 36V 200kHz Low-Power Op Amp | MPS
MP8130DJ-LF-Z

MP8130DJ-LF-Z - 36V 200kHz Low-Power Op Amp | MPS

The Monolithic Power Systems MP8130DJ-LF-Z is an ultra-low-power, high-voltage operational amplifier with rail-to-rail output, 200 kHz bandwidth, and a 10 uA typical supply current. It operates from a single 2.7 V to 36 V supply and is packaged in a compact TSOT-23-5 surface-mount package. The MP8130 family is designed for applications that require higher supply-voltage tolerance and low operating power, including industrial instrumentation, sensor interfaces, battery-powered systems, and low-frequency signal-conditioning circuits. An operational amplifier, or op amp, is a high-gain analog amplifier intended for feedback-based applications. The MP8130 is a general-purpose precision analog device whose rail-to-rail output allows the output voltage to approach the supply rails under suitable load and output conditions. Its single-supply operating range of 2.7 V to 36 V places it within the voltage-regulator and power-management IC ecosystem as a signal-conditioning component rather than a power-conversion device. Key characteristics include a 200 kHz gain-bandwidth product, approximately 10 uA supply current, 82 dB CMRR, and a 0.1 V/us slew rate. The combination of high-voltage tolerance and low quiescent current makes the device useful where a conventional low-voltage amplifier would not tolerate the available supply voltage. The TSOT-23-5 package supports space-constrained PCB layouts while retaining five-pin operational-amplifier connectivity. The MP8130 is optimized for low-frequency closed-loop operation rather than high-speed signal processing. Its bandwidth limits how quickly the output can respond to small-signal inputs, while the 0.1 V/us slew rate limits large-signal transitions. Feedback-network values, load capacitance, input common-mode range, and supply bypassing should therefore be checked against the manufacturer datasheet before deployment in precision or high-speed designs. Typical applications include low-power sensor conditioning, industrial control and monitoring, portable instrumentation, battery-operated measurement systems, and analog signal buffering. The 36 V maximum supply rating can simplify designs that operate from industrial rails, although the actual operating range must remain within the specified 2.7 V to 36 V limits and the total supply voltage must not exceed the device rating. For PCB implementation, place input and output bypass capacitors close to the amplifier pins and use low-ESL, low-ESR surface-mount ceramic capacitors. Keep feedback traces short and separate high-current return paths from sensitive input nodes. The manufacturer datasheet should be consulted for the complete electrical-characteristics table, input and output limits, and package drawings. This product record consolidates manufacturer specifications, distributor availability information, package details, application guidance, and verified drop-in replacement findings for engineers evaluating the MP8130DJ-LF-Z.

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MPC184VFB - PowerPC Security Coprocessor, 66MHz | NXP
MPC184VFB

MPC184VFB - PowerPC Security Coprocessor, 66MHz | NXP

The NXP (formerly Freescale) MPC184VFB is a PowerPC ISA security coprocessor designed to offload cryptographic operations from host processors in networking, storage, and embedded computing systems. Operating at up to 66MHz with a 1.5V core supply, the device accelerates DES, 3DES, AES, MD5, SHA-1/SHA-256, public-key algorithms (RSA, DH), and random number generation, freeing the host CPU for higher-level tasks. It is housed in a 252-ball MAPBGA (VFB) package suited for high-density system designs. What is a security coprocessor? A security coprocessor is a dedicated hardware accelerator that executes cryptographic primitives (symmetric ciphers, hash functions, public-key operations) at wire speed, far faster than a software implementation on a general-purpose CPU. The MPC184VFB belongs to the broader taxonomy: security coprocessor -> cryptography accelerator -> peripheral / specialized IC -> semiconductor. It is typically paired with a host PowerPC or MIPS processor that delegates cryptographic tasks via a memory-mapped or DMA interface, making it foundational for IPsec, SSL/TLS, and DRM pipelines. Key features include hardware-accelerated AES (128/192/256-bit), DES/3DES, SHA-1/256 and MD5 hashing, true random number generation (TRNG), and big-integer arithmetic for RSA and Diffie-Hellman key exchange. The device exposes a memory-mapped register interface plus scatter/gather DMA channels for high-throughput packet processing. It targets commercial temperature operation and integrates seamlessly with the Freescale PowerQUICC and QorIQ families of communications processors that share the same ecosystem. Architecturally, the MPC184VFB embeds a dedicated crypto engine with parallel datapaths for symmetric and asymmetric algorithms, an on-chip TRNG, and DMA engines that offload data movement from the host. It belongs to NXP's MPC18x PowerPC coprocessor family and supports both little-endian and big-endian host configurations. The 1.5V core plus I/O rails support operation across the 66MHz bus interface. Typical applications include IPsec VPN gateways, SSL/TLS accelerators in web servers and load balancers, secure boot and firmware verification in embedded routers, hardware security modules (HSM), and DRM-protected media streaming appliances. The combination of bulk crypto throughput and TRNG makes it a long-standing building block for enterprise security appliances. When designing with the MPC184VFB, allocate sufficient PCB area for the 252-ball MAPBGA package, route the host bus with controlled-impedance traces, and ensure adequate decoupling for both the 1.5V core rail and the I/O rail. The host driver stack must initialize the cascade of DMA channels and crypto channels before traffic is admitted to minimize session setup latency. This page synthesizes distributor pricing, sparse drop-in availability from authorized and aftermarket channels, and practical design notes for embedding the MPC184VFB in a security appliance - information that goes beyond the manufacturer datasheet alone.

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MPC184VMB - 66MHz PowerPC Security Coprocessor | NXP
MPC184VMB

MPC184VMB - 66MHz PowerPC Security Coprocessor | NXP

The NXP MPC184VMB is a 66 MHz PowerPC ISA security coprocessor housed in a 252-ball MAPBGA (21x21 mm) package, designed to offload cryptographic processing from the host CPU in networking and security appliances. Operating from a 1.5 V core supply, the device integrates a MPC1xx-class PowerPC processing core with a PCI bridge/memory controller subsystem, targeting VPN/firewall gateways, SSL accelerators, and IPsec/IPv6 routers. It belongs to NXP's (formerly Motorola/Freescale) security co-processor family and is specified for commercial (0C to +70C) environments. A security co-processor is a dedicated hardware accelerator that executes cryptographic primitives - DES/3DES, AES, SHA-1/MD5, RSA, and random-number generation - independently of the main system processor. By transferring these workloads to a separate ASIC, the host CPU is freed for protocol processing, packet forwarding, and application logic. Within the broader taxonomy, the MPC184VMB is a security co-processor IC, part of the embedded security processor category, which itself sits under specialized ICs and integrated circuits (ICs). It is closely related to standard PowerPC host processors in the same MPC8xx/MPC1xx ecosystem. Key features include 66 MHz core clock speed, 1.5 V core voltage, integrated PCI interface, on-chip memory controller, and dedicated cryptographic execution units. The 252-MAPBGA package offers high integration density suitable for compact line-card designs while providing a robust thermal interface. Lead-free and RoHS-compliant per the manufacturer datasheet, the part is supplied in tray packaging for volume manufacturing. The MPC184VMB is typically deployed in network routers, VPN concentrators, firewall appliances, SSL/TLS acceleration cards, and government/military secure communications equipment where FIPS-grade hardware acceleration is required. Network equipment vendors integrate it on line cards and security co-processor mezzanines to provide wire-speed encryption without burdening the main forwarding engine. A critical design consideration is power-sequencing: the 1.5 V core rail must be brought up cleanly before I/O voltages to prevent latch-up. Decoupling must follow the manufacturer reference design (multiple bulk and ceramic capacitors placed adjacent to the BGA power balls) to ensure signal-integrity margins at 66 MHz PCI operation. This page synthesizes distributor pricing, drop-in alternatives, and practical design notes not found in the manufacturer datasheet alone.

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MPC506 - 16-Ch ±15V CMOS Analog Multiplexer | Texas Instruments
MPC506

MPC506 - 16-Ch ±15V CMOS Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506 is a 16-channel single-ended CMOS analog multiplexer designed for precision analog signal routing in data acquisition and test systems. It operates with analog signal ranges up to ±15V and features internal overvoltage protection up to 70Vpp, ensuring robust performance in industrial environments. The device is available in a 28-pin SOIC package (MPC506AU) and is pin-compatible with the MPC507A differential 8-channel variant. An analog multiplexer is a semiconductor device that selects one of several analog input signals and routes it to a single output, controlled by digital address lines. It is a fundamental building block in data acquisition systems, enabling multiple sensors or signal sources to share a single ADC or amplifier. Multiplexers belong to the broader category of analog switches and are essential where signal routing, channel expansion, or test automation is required. Key features include break-before-make switching to prevent channel interaction, low standby power of 7.5mW typical, and a 1.5kOhm on-resistance. The device supports a ±15V analog signal range and provides overvoltage protection without channel interaction, making it suitable for harsh industrial environments. CMOS fabrication ensures low power consumption and high input impedance. Fabricated in CMOS technology, the MPC506 provides low leakage currents and high input impedance, preserving signal integrity. The internal 1kOhm series resistance protects the device from overvoltage conditions up to 70Vpp, eliminating external protection components in many applications. Break-before-make switching ensures the output is never momentarily connected to two inputs simultaneously, preventing signal corruption. Typical applications include data acquisition systems, test and measurement equipment, industrial process control, and medical instrumentation. The MPC506 is ideal for routing multiple analog signals to a single ADC, expanding channel count in a measurement system, or implementing programmable gain amplifier configurations. When designing with the MPC506, ensure analog input signals remain within the specified ±15V range to avoid damage. Drive the digital address lines with proper logic levels, and buffer the output if driving a capacitive load to maintain stability.

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MPC506AP - 16:1, ±15V Analog Multiplexer | Texas Instruments
MPC506AP

MPC506AP - 16:1, ±15V Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506AP is a 16:1, one-channel CMOS analog multiplexer with a 16 V dual-supply range, 1.5 kOhm on-resistance, and a 28-PDIP package. According to the verified distributor listing, it is designed for single-ended routing of up to 16 analog inputs while providing input overvoltage protection. The mux is suitable when a system must select among multiple sensor, measurement, control, or instrumentation signals. An analog multiplexer is a switching interface that connects one common terminal to one selected input terminal. The MPC506AP belongs to the analog-switch and multiplexer hierarchy, where CMOS low-power switching, channel isolation, break-before-make behavior, and signal-range management are central design considerations. Its 16-channel organization makes it useful for reducing the number of external connections in multichannel analog systems. Key verified features include a 16:1 configuration, one switch circuit, approximately 1.5 kOhm on-resistance, a 28-PDIP package, analog overvoltage protection, no channel interaction during overvoltage, break-before-make switching, an analog signal range of ±15 V, and typical standby power of 7.5 mW. The input protection feature helps preserve signal fidelity when an analog input exceeds a supply voltage, while the multiplexer architecture provides a controlled way to share a downstream analog resource. The device is a 16-channel single-ended analog multiplexer and is associated with the MPC506A family, which uses CMOS multiplexing for general-purpose signal selection. The verified data also identifies MPC506A as having input overvoltage protection. Exact switching timing, channel capacitance, leakage, logic thresholds, supply-current limits, and absolute maximum ratings were not supplied in the verified excerpts, so those parameters should be confirmed in the manufacturer datasheet before design release. Typical applications include multiplexed sensor acquisition, data acquisition systems, instrumentation, industrial control, analog test equipment, and communications or control boards that need to route several low-frequency analog signals to one processing channel. The ±15 V analog range is especially relevant for bipolar industrial signals, provided the system observes the device's verified supply and input limits. Designers should confirm the exact pinout, truth table, enable polarity, supply requirements, and timing from the MPC506A datasheet. PCB layout should keep analog traces short, provide a stable ground reference, and account for the 28-pin through-hole package. Because the mux adds on-resistance and switching transients, the downstream amplifier or converter must have sufficient input bandwidth and settling behavior. This page consolidates the verified manufacturer and distributor descriptions, package identity, channel count, resistance, protection features, and application guidance into a design-oriented component reference while clearly separating unavailable parameters from sourced facts.

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MPC506APG4 - 16:1 CMOS Analog Multiplexer | Texas Instruments
MPC506APG4

MPC506APG4 - 16:1 CMOS Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506APG4 is a single-ended 16-channel or differential 8-channel CMOS analog multiplexer with a typical on-resistance of 1.5 kOhm, housed in a 28-pin PDIP package. It also provides analog overvoltage protection, no channel interaction during an overvoltage condition, and break-before-make switching. These characteristics make it suitable for routing multiple analog inputs through a shared analog-to-digital converter or measurement front end when channel isolation, predictable switching behavior, and limited fault energy are important. An analog multiplexer is a switching interface that connects one of several signal inputs to a common output. The MPC506APG4 can operate as a 16:1 single-ended multiplexer or as an 8:1 differential multiplexer. Within the broader semiconductor hierarchy, it is an analog switch and multiplexer, an interface IC, and ultimately a power-management-independent signal-routing device. The CMOS implementation supports bidirectional signal routing rather than restricting the device to a one-way digital path. Verified device features include analog overvoltage protection, suppression of channel interaction during overvoltage, and break-before-make operation. Break-before-make switching prevents the previous channel and the next channel from conducting simultaneously during a transition, which reduces transients and crosstalk at the multiplexer output. The published analog signal range extends to plus or minus 15 V, while standby power is specified as 7.5 mW typical. The 1.5 kOhm typical on-resistance identifies the part as a precision analog multiplexer rather than a low-resistance power switch. The MPC506APG4 combines a 16-channel single-ended configuration with an 8-channel differential configuration. This dual organization allows one device to serve designs where each measurement is referenced to a common return, as well as designs that require paired positive and negative inputs. Differential operation can reduce sensitivity to common-mode voltage and ground offsets when the source circuitry and downstream converter support balanced signaling. Selection between the two operating modes is governed by the system wiring and the control logic presented to the device. Typical uses include multiplexed data acquisition, automated test equipment, instrumentation panels, industrial monitoring, process-control measurement systems, and communication routing boards. The overvoltage-protection feature is particularly relevant when external transducers or field wiring may present a fault voltage. In such systems, a protected multiplexer can limit fault propagation to downstream circuitry while its break-before-make behavior helps isolate channels during selection changes. When designing around this device, verify the complete switch-control sequence and allow adequate settling time after each address change before sampling the multiplexed output. External protection, clamping, and filtering may still be required for long field-wiring runs. Because the provided distributor listing identifies the package as a 28-pin PDIP, the device should be treated as a through-hole component and checked against PCB drilling, connector spacing, and assembly thermal requirements before a production release. This page consolidates distributor availability information, verified device features, package details, and engineering guidance into one implementation-focused reference. It also distinguishes the information confirmed by the retrieved sources from electrical details that still require confirmation in the complete manufacturer datasheet before precision design sign-off.

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MPC506AU - 16:1, 16V Analog Multiplexer | Texas Instruments
MPC506AU

MPC506AU - 16:1, 16V Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506AU is a single-circuit, 16:1 CMOS analog multiplexer with a 16 V power supply, 1.5 kOhm on-state resistance, and 28-pin SOIC (DW) package. Designed by Texas Instruments as the MPC506A general-purpose single-ended multiplexer, it routes one of 16 analog inputs to one output while providing analog overvoltage protection, break-before-make switching, and no channel interaction during overvoltage. The device is identified by DigiKey as a 16:1 analog switch IC with one circuit and 1.5 kOhm resistance. An analog multiplexer is a semiconductor switching network that connects one selected input channel to a shared output. A single-ended analog multiplexer belongs to the broader analog switch hierarchy and connects to analog front ends, data acquisition systems, test equipment, industrial control, and instrumentation. The MPC506AU uses digital select and enable logic to control its analog signal path, allowing one measurement amplifier, converter, or input instrument to inspect multiple sensor or source channels. Verified features include a ±15 V analog signal range, analog overvoltage protection, no channel interaction during overvoltage, break-before-make switching, and 7.5 mW typical standby power. The protection circuitry is intended to preserve signal fidelity when an analog input exceeds either power-supply voltage. Texas Instruments describes the MPC506A as a 16-channel single-ended multiplexer; the separately described MPC507A is an 8-channel differential multiplexer and is therefore not a functional drop-in substitute. The 28-pin DW SOIC package supports surface-mount assembly, while its digital controls allow a controller to select channels in a sequential measurement system. The verified part detail lists a -40°C to 85°C operating-temperature range and a 16 V supply condition. Other switching timing, capacitance, leakage, channel-count logic, and absolute-maximum values are not present in the supplied result excerpts and must be checked in the manufacturer datasheet before final design release. Typical uses include multiplexed sensor acquisition, automated test systems, programmable instrumentation, industrial measurement, and signal routing where multiple analog sources share one downstream converter. The key design consideration is preserving accuracy during channel transitions. Use the specified break-before-make behavior, observe address and enable setup timing from the datasheet, and account for the 1.5 kOhm on-resistance when calculating source-load attenuation or input-current requirements. This product record combines the verified manufacturer and distributor descriptions with practical routing, switching, and signal-integrity guidance. It also separates true pin-compatible alternatives from related multiplexers that differ functionally, preventing a package-only match from being presented as an engineering drop-in replacement.

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MPC506AU/1K - 16:1 Analog Multiplexer | Texas Instruments
MPC506AU/1K

MPC506AU/1K - 16:1 Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506AU/1K is a 16-channel, single-ended, 16:1 CMOS analog multiplexer with a 1.5 kΩ on-resistance, analog signal range of ±15 V, and 28-pin SOIC package. It also provides analog overvoltage protection, break-before-make switching, and a true second source. An analog multiplexer is a switching device that routes one of several analog inputs to a common output. The broader hierarchy is analog multiplexer → analog switch → signal-routing IC → semiconductor. This distinction is important because the MPC506AU/1K supports multiple single-ended channels, whereas a multiplexer with fewer channels or a differential architecture may not be interchangeable without changing the system architecture. The most prominent device features are 16:1 channel selection, a 1.5 kΩ on-resistance, a ±15 V analog signal range, and analog overvoltage protection. The overvoltage-protection architecture allows an analog input to exceed a supply voltage without damaging the device or disturbing other channels. Break-before-make switching reduces the interval in which two channels are connected together, helping prevent unintended signal transfer during address transitions. Internally, the device uses CMOS switching structures controlled by digital select and enable logic. Its standby power consumption is listed as 7.5 mW typical in the available MPC506 documentation. The protected signal path is intended to preserve signal fidelity when an external node experiences excessive voltage, while the 16-channel arrangement reduces the number of external routing switches required in measurement and control systems. Typical applications include automated test equipment, data acquisition systems, instrumentation, industrial control, signal routing, and analog measurement front ends. The 16 selectable inputs allow one measurement chain to interrogate multiple sensors or conditioned analog sources sequentially. Designers must still account for channel resistance, switching transients, input loading, address timing, and the limits of the protected input network when establishing accuracy and bandwidth targets. A principal design consideration is off-state isolation. A multiplexer does not create an ideal disconnect, so source impedance, capacitance, leakage, crosstalk, and the characteristics of the selected channel can influence settling time and measurement accuracy. The source impedance connected to each input should therefore be evaluated together with the mux resistance rather than in isolation. This page combines verified manufacturer and distributor information, complete pinout availability status, practical application guidance, and a strict drop-in assessment. It distinguishes electrically compatible ordering variants from unsupported cross-package or redesign-only alternatives so engineers can make a defensible replacement decision.

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MPC506AUG4 - 16:1 Analog Multiplexer | Texas Instruments
MPC506AUG4

MPC506AUG4 - 16:1 Analog Multiplexer | Texas Instruments

The Texas Instruments MPC506AUG4 is a 16-channel, single-ended CMOS analog multiplexer with a 16:1 configuration, 1.5 kOhm on-resistance, and a 28-pin SOIC package. Its headline characteristics include analog overvoltage protection to 70 VPP, no channel interaction during an overvoltage condition, break-before-make switching, an analog signal range of ±15 V, and 7.5 mW typical standby power. An analog multiplexer is an interface IC that routes one of several analog input channels to a common output. It sits within the hierarchy of analog switch, multiplexer, interface IC, and semiconductor. A single-ended 16:1 device uses one signal conductor per channel, making it suitable for systems that select among multiple voltage-based sensor, measurement, or control signals. The MPC506AUG4 provides that selection function while adding protection against excessive analog input voltage. The 70 VPP analog overvoltage protection is the part's most distinctive feature. According to the Texas Instruments MPC506A data sheet, input signals may exceed the power-supply voltages without damaging the multiplexer or disturbing other channels. This allows the selected channel to handle overvoltage conditions while the device maintains signal fidelity. Break-before-make switching provides an additional transition-control characteristic during channel changes. The MPC506AUG4 is identified as a 16-channel single-ended multiplexer, while the broader MPC506 family also includes an 8-channel differential multiplexer. Its 1.5 kOhm on-resistance is suitable for moderate-impedance analog networks, and the ±15 V specified analog signal range supports applications using bipolar analog levels. The 28-pin SOIC package supports conventional surface-mount PCB assembly. Typical uses include multichannel data acquisition, automated test equipment, instrumentation, industrial control, and signal routing where multiple analog sources must share one downstream converter or amplifier. Its input-overvoltage tolerance is particularly useful when long external lines or field-connected sources can present transients above the local supply rails. When designing around the MPC506AUG4, verify the absolute maximum analog input voltage, supply sequence, channel-switching behavior, and external source impedance. Because the verified product data does not provide a complete pin map, channel conductor resistance, charge injection, or off-state leakage, those values must be confirmed in the manufacturer data sheet before a new layout is released. This product record consolidates the verified distributor and manufacturer information into an engineering-focused view of protection, switching, packaging, procurement, and design constraints. It also clearly separates confirmed parameters from values that still require datasheet verification, helping engineers evaluate the MPC506AUG4 without overlooking analog protection or PCB-compatibility requirements.

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MPC507AP - 8:1 Differential Analog Mux | Texas Instruments
MPC507AP

MPC507AP - 8:1 Differential Analog Mux | Texas Instruments

The Texas Instruments MPC507AP is a 16 V, 8:1 differential, single-channel CMOS analog multiplexer packaged in a 28-pin PDIP. The verified product information identifies one multiplexed signal path, two control circuits, 1.5 kOhm on-state resistance, analog overvoltage protection, and a typical standby power dissipation of 7.5 mW. It supports ±15 V analog signals and uses break-before-make switching with no channel interaction during overvoltage. An analog multiplexer is an interface IC that routes one of several physical inputs to a shared output according to digital address and enable signals. In differential operation, the MPC507AP selects one of eight paired inputs, reducing the number of downstream converters or signal-processing channels. Its hierarchy is analog multiplexer → multiplexer/demultiplexer → interface IC → semiconductor. Differential multiplexing is useful where two coupled signal lines must be selected together to preserve common-mode relationships. The principal features include 8:1 differential operation, a 16 V rated signal range, 1.5 kOhm on-state resistance, and analog input overvoltage protection. According to the available manufacturer-family data, analog inputs may exceed a supply voltage without damaging the device or disturbing other channels. Break-before-make switching prevents two channels from conducting together during address transitions, an important consideration when the selected source can produce significant voltage. The MPC507AP uses separate address and enable logic to control its analog routing. Digital control signals determine which differential pair connects to the common output, while the enable function places the device into a low-power state when it is not required. The verified search results also identify approximately 700 uA standby current and ±5 V to ±22 V supply-related information in distributor documentation, but the complete electrical limits must be confirmed in the manufacturer datasheet before final design release. Typical uses include multi-channel instrumentation, differential sensor acquisition, automated test systems, data acquisition interfaces, and industrial control modules. The part is most appropriate when eight differential sources must reach one downstream signal chain and when a wired-through-hole 28-pin package is acceptable. The tradeoff is its legacy PDIP format and analog-switch resistance, which can matter in precision, high-speed, or space-constrained systems. PCB layout should keep the mux output path short and provide a stable ground reference. Decoupling and protection requirements must follow the manufacturer datasheet, while unused digital inputs should be driven to defined levels rather than left floating. This page combines verified product information, distributor availability references, package details, and engineering guidance without inventing undocumented electrical limits.

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MPC507APG4 - 8-Channel Differential Analog Multiplexer | TI
MPC507APG4

MPC507APG4 - 8-Channel Differential Analog Multiplexer | TI

The Texas Instruments MPC507APG4 is a dual 8:1 CMOS analog multiplexer with a maximum on-state resistance of 1.5 kOhm, switching times of 200 ns Ton and 250 ns Toff, and operation from dual +5 V to ±22 V supplies. The device is packaged in a 28-pin plastic dual in-line package (PDIP). An analog multiplexer is an interface IC that connects multiple analog inputs to a shared output under digital control. A differential multiplexer can route paired input signals and reduce common-mode interference, while a single-ended multiplexer selects one signal relative to ground. In the IC hierarchy, the MPC507APG4 is a CMOS analog switch, analog multiplexer, interface IC, and semiconductor designed to route instrumentation and control signals efficiently. Key features include analog overvoltage protection, no channel interaction during overvoltage, and break-before-make switching. The supported analog signal range reaches ±15 V, while standby power is 7.5 mW typical. The MPC507A family provides 16 single-ended channels or eight differential channels, making it useful for multichannel measurement, test, instrumentation, and signal-routing systems. The device uses separate digital address and enable controls to select one of eight differential channels. Because it is a CMOS implementation, low switching time and low standby power support acquisition systems that repeatedly change measurement paths. The dual-supply architecture also allows bipolar signals to be routed without a single-supply level-shifting arrangement. Typical applications include automated test equipment, data-acquisition systems, process-control instrumentation, multiplexed sensor interfaces, and laboratory measurement systems. Engineers should account for the relatively high 1.5 kOhm on-state resistance when interpreting source impedance, and should verify that every selected input remains within the device's absolute maximum ratings. Designers should preserve break-before-make timing and route sensitive analog inputs away from high-impedance control nets. Input filtering may be required when leakage, switching transients, or overvoltage events could affect the measured signal. The 28-pin PDIP also requires adequate spacing between adjacent boards and provides straightforward through-hole assembly for legacy and industrial equipment. This page consolidates verified manufacturer and distributor details, compares directly related MPC507 variants, and adds practical guidance on switching, signal integrity, protection, and procurement for engineers evaluating this legacy analog multiplexer.

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MPC507AU/1K - 8:1 Differential Analog Mux | Texas Instruments
MPC507AU/1K

MPC507AU/1K - 8:1 Differential Analog Mux | Texas Instruments

The Texas Instruments MPC507AU/1K is a dual 8:1 differential-input CMOS analog multiplexer with a maximum on-state resistance of 1.5 kOhm, analog signal range of ±15 V, and 28-pin SOIC (DW) package. It supports dual supplies from ±5 V to ±22 V and provides input overvoltage protection, break-before-make switching, and no channel interaction during an overvoltage condition. Typical switching times are 200 ns turn-on and 250 ns turn-off. An analog multiplexer is a switching IC that routes one of several input signals to a shared output while preserving the integrity of the selected waveform. A differential 8:1 mux combines that function with paired signal paths, allowing two related analog inputs to be selected together. In the electronics hierarchy, the MPC507 belongs to the analog switch and multiplexer class, then to interface ICs and semiconductors. This makes it useful where multiple sensors, measurement inputs, or control lines must share a limited number of converter and amplifier inputs. The principal benefits of the MPC507AU/1K include protected analog inputs, a ±15 V signal range, dual 1.5 kOhm switch sections, and operating temperatures from -40°C to +85°C. The protection circuitry allows an analog input to exceed a supply voltage without damaging the device or disturbing other channels, according to the Texas Instruments MPC507 product information. This feature is valuable in industrial systems where transients or misconnection are possible. Technically, the device uses CMOS analog switching to support the stated ±15 V range and sub-microsecond transitions. Break-before-make operation limits the interval in which old and new channels overlap, while true second-source behavior supports applications requiring duplicated paths. The 28-pin SOIC package is a surface-mount, gull-wing package suitable for conventional PCB assembly and automated production. Typical applications include multiplexed data acquisition, industrial sensor routing, automated test equipment, analog signal instrumentation, and multi-channel measurement systems. In these systems, the MPC507 reduces the number of external analog front-end channels while preserving selectable overvoltage-protected inputs. When designing around this multiplexer, verify the actual supply voltages, input range, channel timing, and leakage requirements against the manufacturer datasheet. Keep high-impedance routing short, provide adequate return paths, and account for source impedance when calculating settling behavior. The 1.5 kOhm maximum on-state resistance can create attenuation and channel-to-channel gain variation if the selected source impedance is high. This page consolidates the verified manufacturer and distributor information, explicit drop-in cross-reference results, package details, commercial availability links, and practical selection guidance into one engineering-focused reference for the MPC507AU/1K.

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MPC507AUG4 - 8:1 Differential Analog Multiplexer | Texas Instruments
MPC507AUG4

MPC507AUG4 - 8:1 Differential Analog Multiplexer | Texas Instruments

The Texas Instruments MPC507AUG4 is a 16-V, 8:1 differential analog multiplexer packaged in a 28-pin SOIC. It routes eight differential analog input channels to one output pair, provides analog overvoltage protection of 70 VPP, and maintains channel isolation during overvoltage conditions. The device operates from dual positive and negative supplies, supports analog signals from -15 V to +15 V, and features break-before-make switching. An analog multiplexer is a switching interface that connects one of several analog inputs to a shared output. The MPC507AUG4 operates in differential mode, using eight differential channel pairs rather than eight single-ended sources. This arrangement is useful when a measurement system must preserve the relationship between a positive and negative signal while selecting among multiple sensors, instrumentation inputs, or test points. In the component hierarchy, it is an analog switch IC, analog multiplexer, interface IC, and ultimately a semiconductor. Key features include 70 VPP analog overvoltage protection, no channel interaction during overvoltage, break-before-make switching to minimize switch overlap, a -15 V to +15 V analog signal range, and 7.5 mW typical standby power. The 1.5 kOhm on-resistance listed by DigiKey identifies the switching element resistance used when selecting a channel. The overvoltage protection is particularly important in industrial and test systems where transient or unexpected input amplitudes can otherwise damage the signal path or disturb unselected channels. Typical uses include multiplexed data acquisition, automated test equipment, instrumentation front ends, industrial sensor selection, and differential signal routing. Because the MPC507AUG4 accepts a wide bipolar analog range, it can reduce the need for separate upstream attenuation when inputs remain within the specified analog signal range. The 28-pin SOIC package is a surface-mount package suitable for conventional PCB assembly and automated production. The key design consideration is that overvoltage protection does not replace correct supply sequencing or input-range validation. Keep all inputs within the stated analog range unless the system intentionally exercises the protection function, and observe the manufacturer timing and logic-level requirements for address and enable control. Verify the exact pin assignments in the manufacturer datasheet before layout because the supplied web results describe the device but do not publish a complete numbered pin table. This page combines verified distributor specifications, manufacturer product information, cross-reference results, and practical selection guidance. It also distinguishes true pin-compatible drop-in options from functional equivalents that differ in channel architecture or pin assignment, helping engineers avoid PCB rework.

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