Directory
Company Profile
Nippon Pulse America
Company Info
- Website
- nipponpulse.com
- Address
- VA
Entries
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in Controllers
Nippon Pulse America (NPA) offers chip level, and board level controllers. The PCL/PCD series programmable pulse generators are motion control chips designed to control stepper motors and servomotors; axes range from 1 to 4 and max output frequency ranges from 400K pps to 9.8 M pps. PPCI series (PPCI7443) is an advanced PCI-bus format 4-axes motion control board that allows control of stepper motors and/or servomotors. NPMC series are an advanced PC/104-bus format multi-axes motion control board with max output frequency of 4.9M and 6.5M pps.
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in Drives
Nippon Pulse America offers stepper motor driver chips (NP Series) and complete board level stepper motor drivers (BCD / NPAD Series) to drive either unipolar or bipolar two-phase stepper motors in a wide range of motion control applications. Models in the NP series of chip level drivers have unipolar or bipolar stepper motors, with full and half step excitation mode. The BCD and NPAD series are constant current/chopper type driver board.
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in Linear Motors
Nippon Pulse America has linear stepper motors in diameters 25mm and 35mm, and can be ordered with unipolar or bipolar windings in a variety of voltages.
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in Motors
Nippon Pulse America offers: synchronous, rotary hybrid stepper, linear stepper, linear shaft, and "Tin Can" stepper motors. Nippon Pulse's synchronous motors have a maximum torque at 60 Hz of 1000 mNm, and a maximum rotor diameter of 60 mm (with gearhead). Rotary hybrid stepper motors range in NEMA size from 8 to 23, and have step angles of 0.9 or 1.8 degrees. Linear stepper motor products are offered in diameters of 25 and 35mm, and offered with three thread pitches on the lead screw: 0.48, 0.96, and 1.2mm. Linear shaft motors have diameters up to 60.5mm, an achievable peak force of 2340N, and a maximum continuous force of 585N. "Tin Can" motors have have a maximum holding torque of 180mNm, and a maximum motor diameter of 55mm.
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in Multi Axis Motion Controllers
Nippon Pulse America offers board level 4-axis motion controllers, along with chip level 2-axis and 4-axis motion controllers that feature maximum output frequencies of 400 k pps, 6.5M pps, and 9.8M pps. The board level controllers are available as PC/104 bus or PCI-bus types.
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in Single Axis Motion Controllers
Nippon Pulse America offers a variety of chip level single axis motion controllers, including: PCD6113 Chip Level, PCD4511 Chip Level, PCD2112 Chip Level, and FMC32 Board Level. PCD6113 Chip Level motion controllers have deceleration rate setting ranges from 2 to 16,535383, an 8 or 16-bit bus CPU interface, a power supply voltage of +3.3V +/-10%, and a 9.8m pps maximum output frequency. Additional features include: a speed multiplication range from 0.1 to 600x, RoHS compliance, an 80-pin QFP package type, steps to set/change the speed ranging from 1 to 16,383, etc.
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in Stepper Drives
Nippon Pulse America offers stepper motor chip level drivers. These chips come in two configurations: NP2671 and NP3775. Chips have a maximum motor operating voltage ranging from 45 to 60 Vdc, full/half excitation modes, an operating temperature range from -40 to +145°C, and a 14-24 pin packaging type.
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in Stepper Motion Controllers
Nippon Pulse America offers Motion Checker, Chip Level, and Board Level stepper motion controllers. Chip Level stepper motion controllers have maximum output frequencies ranging from 400K to 9.8M pps, easily programmable registers, and they come in more than 15 models. These controllers have applications for automatic handling machines, medical examination equipment, analyzers, robots, inspection equipment, etc.
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in Stepper Motors
Nippon Pulse America designs linear stepper motors, rotary hybrid stepper motors, and tin can stepper motors. The linear motors are used for syringe/pumps, hexapods, and linear stage applications, and offered in diameters of 25mm and 35mm. The rotary hybrid motors are available in sizes from 20 mm to 57mm, and with bipolar windings. The tin can motors have the ability to change speeds depending on the frequency of a pulse signal.
