MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MOS Integrated Circuit

FEATURES • Low On resistance. (The summation of the on resistance of the upper and lower MOSFET) RON = 0.6 W (TYP.) • Low consumption power for 3 aspects all-wave PWM drive method. • Index pulse (FG pulse) output function built in. • By the PWM-drive form and the IND pulse pattern, 4 kind, lin

MONOLITHIC 3-ASPECT SPINDLE MOTOR DRIVER

DESCRIPTION µPD16873/A/B/C is 3 aspect spindle motor driver that composed by CMOS control circuit and MOS bridge output. The consumption electric power can be substantially reduced to the screwdriver which used a conventional Bipolar transistor by the adoption of 3 aspect all-wave PWM methods an

MOS INTEGRATED CIRCUIT

DESCRIPTION The µPD16874 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has Pch power MOSFET circuits, each of which has a low-on resistance (100 mΩ TYP.), in its switching block. In addition, the IC is also equipped

MOS INTEGRATED CIRCUIT

FEATURES • Four P-ch power MOSFET circuits • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • Each of four circuits can be turned on and off i

MOS INTEGRATED CIRCUIT

FEATURES • Four P-ch power MOSFET circuits • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • Each of four circuits can be turned on and off i

MOS INTEGRATED CIRCUIT

DESCRIPTION The µPD16874 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has Pch power MOSFET circuits, each of which has a low-on resistance (100 mΩ TYP.), in its switching block. In addition, the IC is also equipped

MOS INTEGRATED CIRCUIT

FEATURES • Two P-ch power MOSFET circuits • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • Each of two circuits can be turned on and off ind

DUAL Pch HIGH-SIDE SWITCH FOR USB

DESCRIPTION The µPD16875 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has two Pch power MOSFET circuits, each of which has a low-on resistance (100 mΩ TYP.), in its switching block. This product is a low-current-cons

MOS INTEGRATED CIRCUIT

FEATURES • Two P-ch power MOSFET circuits • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • Each of two circuits can be turned on and off ind

DUAL Pch HIGH-SIDE SWITCH FOR USB

DESCRIPTION The µPD16875 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has two Pch power MOSFET circuits, each of which has a low-on resistance (100 mΩ TYP.), in its switching block. This product is a low-current-cons

SINGLE Pch HIGH-SIDE SWITCH FOR USB

DESCRIPTION The µPD16876 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has one Pch power MOSFET circuits, which has a low-on resistance (100 mΩ TYP.), in its switching block. This product boasts an operating current

MOS INTEGRATED CIRCUIT

FEATURES • One P-ch power MOSFET circuit • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • This control circuit can be turned on and off inde

MOS INTEGRATED CIRCUIT

FEATURES • One P-ch power MOSFET circuit • Overcurrent detector that outputs active-low control signal from detection report pin • Overcurrent limiter to prevent system voltage drop • Thermal shutdown circuit • Undervoltage lockout circuit • This control circuit can be turned on and off inde

SINGLE Pch HIGH-SIDE SWITCH FOR USB

DESCRIPTION The µPD16876 is a power switch IC with an overcurrent limiter that is used for the power bus of a Universal Serial Bus (USB). This product has one Pch power MOSFET circuits, which has a low-on resistance (100 mΩ TYP.), in its switching block. This product boasts an operating current

MONOLITHIC QUAD H-BRIDGE DRIVER CIRCUIT

DESCRIPTION The µPD16877 is monolithic quad H-bridge driver LSI which uses power MOSFETs in the output stages. By using the MOS process, this driver IC has substantially improved saturation voltage and power consumption as compared with conventional driver circuits using bipolar transistors.

MOS INTEGRATED CIRCUIT

FEATURES Four H bridge circuits employing power MOSFETs Low current consumption by eliminating charge pump VM pin current when power-OFF: 10 mA MAX. VDD pin current: 10 mA MAX. Input logic frequency: 100 kHz 3-V power supply Minimum operating supply voltage: 2.5 V Low voltage malfunction pr

MONOLITHIC QUAD H-BRIDGE DRIVER CIRCUIT

DESCRIPTION The µPD16877 is monolithic quad H-bridge driver LSI which uses power MOSFETs in the output stages. By using the MOS process, this driver IC has substantially improved saturation voltage and power consumption as compared with conventional driver circuits using bipolar transistors.

MOS INTEGRATED CIRCUIT

FEATURES Four H bridge circuits employing power MOSFETs Low current consumption by eliminating charge pump VM pin current when power-OFF: 10 mA MAX. VDD pin current: 10 mA MAX. Input logic frequency: 100 kHz 3-V power supply Minimum operating supply voltage: 2.5 V Low voltage malfunction pr

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

DESCRIPTION The µPD16878 is a monolithic quad H bridge driver IC that employs a CMOS control circuit and a MOS FET output circuit. Because it uses MOS FETs in its output stage, this driver IC consumes less power than conventional driver ICs that use bipolar transistors. Because the µPD16878 cont

MOS INTEGRATED CIRCUIT

FEATURES • Four H bridge circuits employing power MOS FETs • Current-controlled 64-step micro step driving • Motor control by serial data (8 bytes x 8 bits) (original oscillation: 4-MHz input) Data is input with the LSB first. EVR reference setting voltage: 100 to 250 mV (@VREF = 250 mV) ...

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

DESCRIPTION The µPD16878 is a monolithic quad H bridge driver IC that employs a CMOS control circuit and a MOS FET output circuit. Because it uses MOS FETs in its output stage, this driver IC consumes less power than conventional driver ICs that use bipolar transistors. Because the µPD16878 cont

MOS INTEGRATED CIRCUIT

FEATURES • Four H bridge circuits employing power MOS FETs • Current-controlled 64-step micro step driving • Motor control by serial data (8 bytes x 8 bits) (original oscillation: 4-MHz input) Data is input with the LSB first. EVR reference setting voltage: 100 to 250 mV (@VREF = 250 mV) ...

MOS INTEGRATED CIRCUIT

FEATURES · Four H bridge circuits employing power MOS FETs · Current-controlled 64-step micro step driving · Motor control by serial data (8 bits ´ 13 bytes) PWM-frequency, output current and number of output pulse can be setting by serial data. · 3-V power supply. Minimum operating voltage:

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT The µPD16879 is a monolithic quad H bridge driver IC that employs a CMOS control circuit and a MOSFET output circuit. Because it uses MOSFETs in its output stage, this driver IC consumes less power than conventional driver ICs that use bipolar transistors.

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT The µPD16879 is a monolithic quad H bridge driver IC that employs a CMOS control circuit and a MOSFET output circuit. Because it uses MOSFETs in its output stage, this driver IC consumes less power than conventional driver ICs that use bipolar transistors.

MOS INTEGRATED CIRCUIT

FEATURES · Four H bridge circuits employing power MOS FETs · Current-controlled 64-step micro step driving · Motor control by serial data (8 bits ´ 13 bytes) PWM-frequency, output current and number of output pulse can be setting by serial data. · 3-V power supply. Minimum operating voltage:

MOS INTEGRATED CIRCUIT

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

MONOLITHIC QUAD H BRIDGE DRIVER CIRCUIT

Shorty Plugs

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Shorty Plugs

文件：112.72 Kbytes Page：1 Pages

Thin Panel Dome Plugs

文件：117.65 Kbytes Page：1 Pages

Thin Panel Dome Plugs

文件：117.65 Kbytes Page：1 Pages

Thin Panel Dome Plugs

文件：117.65 Kbytes Page：1 Pages