Miniature PMDC Motor

Standard Operating Conditions Rated Voltage : 3V DC Direction of Rotation : CWW Electrical Characteristics (at initial stage after 30 seconds run-in) No Load Current : 0.4A Max. No Load Speed : 16000 ±10%rpm Rated Load : 11.9 g.cm (tested with fan) Rated Current : 1.5A Max. Rated Speed

Video Amplifier

Outline This IC is a video amplifier that can perform superimpose. It has a built-in 75Ω driver. Features 1. Built-in superimpose function 2. Built-in Y-C mix circuit 3. Vertical/horizontal sync signal output pin 4. Built-in clamp circuit (for Y signal only) 5. 75Ωdriver bui

Video Amplifier

Outline This IC is a video amplifier that can perform superimpose. It has a built-in 75Ω driver. Features 1. Built-in superimpose function 2. Built-in Y-C mix circuit 3. Vertical/horizontal sync signal output pin 4. Built-in clamp circuit (for Y signal only) 5. 75Ωdriver bui

HBS-Compatible Driver and Receiver

Outline This IC conforms to the HBS (Home Bus) specification (Electronic Industries Association of Japan), and has functions for the reception and transmission of data. AMI is adopted for the waveforms of signals handled by the transmission and reception units, designed for connection to twiste

S Video Amplifier Monolithic IC MM1024

Outline This is a video amp IC that supports S and also has border and superimpose functions. Amp gain is as follows : 6dB for Y signal amplification, 10dB for C signal amplification and 6dB for composite signal amplification. A 75Ω driver is built in. Features 1. Supports S-VHS 2. Built-in su

S Video Amplifier Monolithic IC MM1024

Outline This is a video amp IC that supports S and also has border and superimpose functions. Amp gain is as follows : 6dB for Y signal amplification, 10dB for C signal amplification and 6dB for composite signal amplification. A 75Ω driver is built in. Features 1. Supports S-VHS 2. Built-in su

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for D-RAM and dummy S-RAM battery back-up. D-RAM and dummy S-RAM power supplies differ from that of S-RAMs because 5V or 3.3V of power supply is required even during battery back-up. Therefore, these ICs provide voltage from a stable power supply during both norma

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

S Video Amplifier

Outline This is a video amp IC that supports S and also has a superimpose function. Amp gain is as follows : 6dB for Y signal amplification, 10dB for C signal amplification and 6dB for composite signal amplification. A 75Ω driver is built in. Features 1. Supports S-VHS 2. Built-in superimpose

Video Amplifier Monolithic IC

Outline This IC is a 6dB amp for video signals (Y or composite signals). Gain is fixed at 6dB and it is used in 75e signals). Gain is fixed at 6dB and it is used in 75Ω output circuits. Features 1. For video signal (Y or composite) amplification 2. Built-in clamp circuit 3. 75Ω dr

HBS-Compatible Driver and Receiver with Power Supply

Outline This IC conforms to the HBS (Home Bus) specification (Electronic Industries Association of Japan), and has functions for the reception and transmission of data. It incorporates power supply circuitry which employs an efficient switching regulator, and so can draw power directly from the b

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

Motor Driver Monolithic IC MM1036

Outline This is a motor driver IC developed for video movie use. It has four modes : open, forward, reverse and brake. It can be used with power supply voltages of 4~16V. Features 1. Operating voltage range 4~16V 2. Current consumption during standby 2µA max 3. Built-in 2.2V st

Monolithic IC MM1041

Outline This IC is a 6dB video amplifier for chroma signal amplification. The gain is fixed at 6dB, and it is used in 75Ω output circuits. Features 1. Chroma signal amplification 2. Fixed 6dB gain 3. Built-in 75Ω driver 4. Frequency response 7MHz 5. Current consumption 4mA typ. 6. Power su

Monolithic IC MM1041

Outline This IC is a 6dB video amplifier for chroma signal amplification. The gain is fixed at 6dB, and it is used in 75Ω output circuits. Features 1. Chroma signal amplification 2. Fixed 6dB gain 3. Built-in 75Ω driver 4. Frequency response 7MHz 5. Current consumption 4mA typ. 6. Power su

Monolithic IC MM1041

Outline This IC is a 6dB video amplifier for chroma signal amplification. The gain is fixed at 6dB, and it is used in 75Ω output circuits. Features 1. Chroma signal amplification 2. Fixed 6dB gain 3. Built-in 75Ω driver 4. Frequency response 7MHz 5. Current consumption 4mA typ. 6. Power su

Surface Mount Schottky Diodes

Features: * High surge current capability * High current capability * Low forward voltage drop * For use in low voltage, high frequency inverters free wheeling ,and polarity protection applications

4-Input Video Switch (no clamp) Monolithic IC

Outline This IC is a 4-input, 1-output video switch developed for use in TV, VCR and other video equipment. Features 1. Operating power supply voltage range VCC=4.75V~13V 2. Frequency response 0.1MHz~10MHz (±1.0dB) Applications 1. TV 2. VCR 3. Other video equipment

Surface Mount Schottky Diodes

Features: * High surge current capability * High current capability * Low forward voltage drop * For use in low voltage, high frequency inverters free wheeling ,and polarity protection applications

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

Ultra-Low Power Consumption Low-Saturation Three-Pin Regulators with On/Off Pin

Outline These ICs are stabilized power supply devices with ultra-low consumption currents, designed for a greatly reduced reactive current at low input voltages, and with a small input/output difference voltage of 0.2V at an output current of 40mA. The output current is limited to a maximum of

No-adjustment Sync Separator Sync Detector

Outline This IC is a no-adjustment sync separator + sync detector designed for use in VCR, TV and other video equipment. Features 1. Sync separator with AFC (ceramic resonator means no adjustment required) 2. Composite and sync output pins 3. Sync detection circuit (used for blue-back switchi

No-adjustment Sync Separator Monolithic IC

Outline This IC is a no-adjustment sync IC designed for use in VCR, TV and other video equipment. A ceramic resonator is used in the oscillation circuit for stable operation. Features 1. Sync separator with AFC 2. Ceramic resonator means no adjustment required 3. High precision due to use of

No-adjustment Sync Separator Monolithic IC

Outline This IC is a no-adjustment sync IC designed for use in VCR, TV and other video equipment. A ceramic resonator is used in the oscillation circuit for stable operation. Features 1. Sync separator with AFC 2. Ceramic resonator means no adjustment required 3. High precision due to use of

Sync Detector

Outline This IC is a sync detection circuit for obtaining the best reception state on VCR and TV channel selection systems. A system with high detection precision and no adjustment required can be configured due to the PLL format using a ceramic resonator. It can also be used in OSD circuits for

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

System Reset (with built-in watchdog timer) Monolithic IC

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system

Compander IC

Outline This IC was developed for use in cordless telephone equipment. It is a compander IC incorporating compressor/expander circuits for a significant noise reduction effect without complicated external circuitry. On the transmission side, the dynamic range of audio signals is compressed by the

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

System Reset (with battery back-up) Monolithic IC

Outline These ICs were developed for STATIC-RAM (S-RAM) battery back-up, and have built-in switching circuit for main power supply and battery, back-up timing circuit and battery checker. Features 1. Battery back-up 1. Low IC current consumption (loss current) 0.3µA typ. 2. Dr

Sensor Amplifier

Outline This IC is an amplifier with a high-impedance differential input, which can be used in high-CMR instrumentation. Particularly when amplifying signals from a high-impedance or high-bias signal source, often signals are buried in noise, making amplification difficult. This IC amplifies on

4fsc Clock Generator

Outline This IC generates a clock used for driving the CCD that configures a comb filter for Y/C separation, or for sampling A/D and D/A converters that configure a digital comb filter. It has a built-in subcarrier oscillator (3.58MHz or 4.43MHz) synchronized to the input chroma signal, and a cl

4fsc Clock Generator

Outline This IC generates a clock used for driving the CCD that configures a comb filter for Y/C separation, or for sampling A/D and D/A converters that configure a digital comb filter. It has a built-in subcarrier oscillator (3.58MHz or 4.43MHz) synchronized to the input chroma signal, and a cl

4fsc Clock Generator

Outline This IC generates a clock used for driving the CCD that configures a comb filter for Y/C separation, or for sampling A/D and D/A converters that configure a digital comb filter. It has a built-in subcarrier oscillator (3.58MHz or 4.43MHz) synchronized to the input chroma signal, and a cl

4fsc Clock Generator

Outline This IC generates a clock used for driving the CCD that configures a comb filter for Y/C separation, or for sampling A/D and D/A converters that configure a digital comb filter. It has a built-in subcarrier oscillator (3.58MHz or 4.43MHz) synchronized to the input chroma signal, and a cl

4fsc Clock Generator

Outline This IC generates a clock used for driving the CCD that configures a comb filter for Y/C separation, or for sampling A/D and D/A converters that configure a digital comb filter. It has a built-in subcarrier oscillator (3.58MHz or 4.43MHz) synchronized to the input chroma signal, and a cl

System Reset (with built-in watchdog timer)

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system from

System Reset (with built-in watchdog timer)

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system from

System Reset (with built-in watchdog timer)

Outline This IC functions in a variety of CPU systems and other logic systems to generate a reset signal and reset the system accurately during momentary interruption or lowering of power supply voltage. It also has a built-in watchdog timer for operation diagnosis. This prevents the system from