Specifications Overview
The document provides detailed specifications for various models of motors produced by Minebea Co., Ltd. Each model is characterized by its operating voltage, rated voltage, no-load speed, no-load current, rated load speed, rated load current, shaft length, and starting torque. The specifications are presented in tabular form for easy comparison.

Key Models and Specifications

• PYN13GE75BF: Operating at 3V with a no-load speed of 23800 rpm and a rated load speed of 17900 rpm. The starting torque is 135 gf·cm.
• PKN7EB85C and PKN7EB105C: Both models operate at 2V with no-load speeds of 7150 rpm and 10480 rpm respectively. They have starting torques of 199 gf·cm and 144 gf·cm.
• PNN3GE06TD and PNN7GE08PD: Operating at 1.5V, these models have no-load speeds of 12300 rpm and 10200 rpm, with starting torques of 78 gf·cm and 117 gf·cm.
• PPN7KB08C to PPN7PA12B: These models operate at voltages ranging from 2.5V to 9.6V, with varying no-load speeds and starting torques.
• PWN10EA10A to PWN10EA02C: Operating voltages range from 5V to 12V, with no-load speeds up to 10600 rpm and starting torques up to 97 gf·cm.
• PAN14EE12AA: Operates at 12V with a no-load speed of 13570 rpm and a starting torque of 1300 gf·cm.
• M1N6FB08C to M1N6GB105E: These models operate at 3V and 5V, with no-load speeds up to 18200 rpm and starting torques up to 160 gf·cm.
• MDN1XL3PDA to MDN3SL3DVB: Operating at 2V and 3V, these models have no-load speeds ranging from 2150 rpm to 3280 rpm, with starting torques up to 93 gf·cm.
• MXN13FB06A2 to MXN13FB12F: Operating at voltages from 6V to 12V, these models have no-load speeds up to 10000 rpm and starting torques up to 250 gf·cm.

Graphical Data
The document includes graphical representations of torque versus speed and current for various models, illustrating performance characteristics under different operating conditions.

Conclusion
This document serves as a comprehensive guide to the specifications and performance characteristics of Minebea's motor models, providing essential data for selecting the appropriate motor for specific applications.