RGB Video Amplifier for Monitors Monolithic IC

Outline This IC is a wideband video amplifier system developed for high resolution RGB color monitors. In addition to the three matched video amps, it has three gate control differential input black level comparators for luminance adjustment, and three matched attenuator circuits for contrast adj

RGB Video Amplifier for Monitors Monolithic IC

Outline This IC is a wideband video amplifier system developed for high resolution RGB color monitors. In addition to the three matched video amps, it has three gate control differential input black level comparators for luminance adjustment, and three matched attenuator circuits for contrast adj

85MHz RGB Video Amplifier/130MHz RGB Video Amplifier

Outline MM1207XD and MM1205XD are wideband RGB video amplifiers with DC control, developed for use in monitors. The main differences between MM1207XD and MM1205XD are video amp bandwidth and output rise time, and output fall time. Other characteristics are the same. MM1207 is described here

85MHz RGB Video Amplifier/130MHz RGB Video Amplifier

Outline MM1207XD and MM1205XD are wideband RGB video amplifiers with DC control, developed for use in monitors. The main differences between MM1207XD and MM1205XD are video amp bandwidth and output rise time, and output fall time. Other characteristics are the same. MM1207 is described here

Monolithic IC MM1206

Outline This IC detects battery voltage and displays the remaining power on an LED or LCD display. The appeal of battery-driven equipment lies in its portability, but when the battery runs down and the equipment does not function, customer complaints and breakdowns may result. This IC prevents s

85MHz RGB Video Amplifier/130MHz RGB Video Amplifier

Outline MM1207XD and MM1205XD are wideband RGB video amplifiers with DC control, developed for use in monitors. The main differences between MM1207XD and MM1205XD are video amp bandwidth and output rise time, and output fall time. Other characteristics are the same. MM1207 is described here

85MHz RGB Video Amplifier/130MHz RGB Video Amplifier

Outline MM1207XD and MM1205XD are wideband RGB video amplifiers with DC control, developed for use in monitors. The main differences between MM1207XD and MM1205XD are video amp bandwidth and output rise time, and output fall time. Other characteristics are the same. MM1207 is described here

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the remaining power in the battery using an LCD. Long life and light weight are emphasized in the most recent portable equipment, which increasingly use nickel cadmium and nickel hydrogen batteries. For these batteries, the discharge characteri

Control of Lithium Ion Battery Charging and Discharging

Outline This IC controls constant current charging and excess discharge for lithium-ion batteries (sub-batteries). It performs constant current charging, stops charging at set voltages, and prevents excess discharging. When the voltage falls below a set level, it prohibits discharges and reduces

Low-Saturation Three-Pin Regulators with Externally Mounted Power Transistor

Outline These ICs are high-precision, high-voltage stabilized power supply devices which, by employing an externally mounted power transistor are able to drive loads at large currents. The input/output voltage difference is a low 0.2V, and an internal protection circuit ensures that the devices c

Low-Saturation Three-Pin Regulators with Externally Mounted Power Transistor

Outline These ICs are high-precision, high-voltage stabilized power supply devices which, by employing an externally mounted power transistor are able to drive loads at large currents. The input/output voltage difference is a low 0.2V, and an internal protection circuit ensures that the devices c

Low-Saturation Three-Pin Regulators with Externally Mounted Power Transistor

Outline These ICs are high-precision, high-voltage stabilized power supply devices which, by employing an externally mounted power transistor are able to drive loads at large currents. The input/output voltage difference is a low 0.2V, and an internal protection circuit ensures that the devices c

Monolithic IC

Outline This IC is comprised of an operation amplifier, a comparator, and a reference power source. It is worthy of note that the input offset voltage and the input offset voltage temperature drift of this operation amplifier are one digit less than those of conventional products regardless of th

Monolithic IC

Outline This IC is comprised of an operation amplifier, a comparator, and a reference power source. It is worthy of note that the input offset voltage and the input offset voltage temperature drift of this operation amplifier are one digit less than those of conventional products regardless of th

Monolithic IC

Outline This IC is comprised of an operation amplifier, a comparator, and a reference power source. It is worthy of note that the input offset voltage and the input offset voltage temperature drift of this operation amplifier are one digit less than those of conventional products regardless of th

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output Video Switch (W/75OHM driver)/3-Input 1-Output Video Switch (W/75OHM driver)

Monolithic IC MM1221~MM1228 Outline These ICs are high-end video switch ICs with 2-input 1-output or 3-input 1-output including a 75Ω driver. The series includes those with and without a built-in clamp circuit and a 6dB amp. The circuit configuration table and block diagram are shown below.

2-Input 1-Output 3-Circuit Video Switch Monolithic IC

Outline This is serial 2-input, 1-output, 3-circuit video switch IC for video / audio signal switching with and without clamp circuit. Circuit configuration tables and block diagrams are as follows. MM1234 is used as the representative model in this description. Features 1. 3 circuits built i

2-Input 1-Output 3-Circuit Video Switch Monolithic IC

Outline This is serial 2-input, 1-output, 3-circuit video switch IC for video / audio signal switching with and without clamp circuit. Circuit configuration tables and block diagrams are as follows. MM1234 is used as the representative model in this description. Features 1. 3 circuits built i

2-Input 1-Output 3-Circuit Video Switch Monolithic IC

Outline This is serial 2-input, 1-output, 3-circuit video switch IC for video / audio signal switching with and without clamp circuit. Circuit configuration tables and block diagrams are as follows. MM1234 is used as the representative model in this description. Features 1. 3 circuits built i

2-Input 1-Output 3-Circuit Video Switch Monolithic IC

Outline This is serial 2-input, 1-output, 3-circuit video switch IC for video / audio signal switching with and without clamp circuit. Circuit configuration tables and block diagrams are as follows. MM1234 is used as the representative model in this description. Features 1. 3 circuits built i

3-Input 2-Output 3-Circuit Video Switch

Outline This IC is a video switch IC developed for high-end large/medium TVs incorporating three 3-input 2-output circuits. It is ideal for switching BS/JSB/CS or M-N converters (mute to NTSC conversion). The BS-CS decoder can be used as a W decoder. Features 1. One of the two video signal outp

Control of Lithium Ion Battery Charging and Discharging

Outline This IC was developed for use in controlling charging and discharging of lithium ion batteries (battery modules with three cells connected in series). In charging control, the voltage of the battery module as a whole is controlled in constant-voltage control. Discharge control and mo

Monolithic IC MM1250

Outline This IC is an audio/video switch that supports an I2C bus for television. Features 1. Utilizes serial control by I2C bus 2. 3 video input systems for 3 outputs, VOUT, YOUT and COUT 3. VOUT has built-in 6dB amp 4. VOUT has built-in output clamp circuit 5. Audio system

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

Remaining Battery Power Display

Outline This IC detects battery voltage and displays the power remaining in the battery. Display of the batterys remaining power is an indispensable function for portable equipment. The use of this IC makes this display easily achievable. The usual method of display of remaining battery power, a

High-Precision Three-Pin Regulator

Outline This IC is a high-precision high-voltage stabilized power supply device which stands out from ordinary lowsaturation three-pin regulators. It can be used at a wide range of output voltages, from 3V to 12V, delivering output currents up to 100mA. It is one of a series of devices available

RGB Encoder

Outline This IC converts analog RGB signals into chroma, Y+S and composite video signals. Features 1. Operates on 5V single power supply 2. Supports NTSC and PAL formats 3. Supports S (Y, C output) 4. 75Ω driver output (RGB output, Y, C output, composite video output) 5. Built-in BRF and de

Low-Output Voltage Low-Saturation Three-Pin Regulator

Outline MM1270 is targeted at the one-battery output voltage market, and is a compact low input/output voltage differential stable power supply with ultra-low current consumption. Features 1. Input voltage 10V max. 2. Input/output voltage differential 0.05V typ. 3. Input current for no load 1

High Precision Operational Amplifier

Outline This IC is a dual-type operational amplifier, with two built-in operational amplifiers, and achieves extremely low offset voltage with a single power supply. The input offset voltage and the input offset voltage temperature drift of this operation amplifier are one digit less than those o

Hybrid Driver Monolithic IC

Outline This IC collects various driver functions used in pagers and other portable communication devices in a single chip. Recently there have been requests for more compact pagers and portable telephones, and at the same time new functions and features are being added, leading to a strong deman

TFT Liquid Crystal Interface

Outline This IC was developed as an interface IC for video equipment having a small monitor. This IC performs γ correction and polarity identification to convert RGB signals into TFT liquid crystal RGB signals. A common inversion circuit and sync separation circuit are built-in. Features 1. Pow

Protection of Lithium Ion Batteries (one cell)

Outline This is a protection IC for one-cell series that protects lithium ion batteries during excess charging, discharging, or overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to ea

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (two cells in series)

Outline This IC is for protecting a lithium ion battery from overcharging, excess discharging, and overcurrent. If abnormalities occur during charging and excess voltage is applied, it has a function that turns off the external FET switch when voltage is applied to each battery beyond a specifi

Protection of Lithium Ion Batteries (three cells in series)

Outline This IC provides protection for lithium ion batteries in the event of overcharging, overdischarging and overcurrents. When anomalies occur during charging or at other times and excessive voltages are applied, after a certain time has elapsed for each cell an external FET switch is turned

Protection of Lithium Ion Batteries (four cells in series)

Outline This IC provides protection for lithium ion batteries in the event of overcharging, overdischarging and overcurrents. When anomalies occur during charging or at other times and excessive voltages are applied, after a certain time has elapsed for each cell an external FET switch is turne

包装：盒 描述：STRAIN GAUGE INSTALLATION TESTER 测试与计量 设备 - 专用

包装：盒 描述：V/E-40 STRAIN GAGE SIMULATOR 测试与计量 设备 - 专用

WELDER STRAIN GAUGE 115V

STRAIN GAUGE INDICATOR RECORDER

EXTERNAL LINE-VOLTAGE ADAPTER

650V 120A IGBT

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