GreenPAK Programmable Mixed-signal Matrix with Asynchronous State Machine and LDOs

Features • Programmable Asynchronous State Machine • Logic & Mixed Signal Circuits • Highly Versatile Macrocells • Read Back Protection (Read Lock) • Four 150 mA LDO Regulators (SLG46580) • Two 300 mA LDO Regulators (SLG46582) • One 600 mA LDO Regulators (SLG46583) • I2C Interface • 2.5 V

Programmable Mixed-signal Matrix with Asynchronous State Machine and LDOs

Features • Programmable Asynchronous State Machine • Logic & Mixed Signal Circuits • Highly Versatile Macrocells • Read Back Protection (Read Lock) • Four 150 mA LDO Regulators (SLG46580) • Two 300 mA LDO Regulators (SLG46582) • One 600 mA LDO Regulators (SLG46583) • I2C Interface • 2.5 V

Programmable Mixed-signal Matrix with Asynchronous State Machine and LDOs

Features • Programmable Asynchronous State Machine • Logic & Mixed Signal Circuits • Highly Versatile Macrocells • Read Back Protection (Read Lock) • Four 150 mA LDO Regulators (SLG46580) • Two 300 mA LDO Regulators (SLG46582) • One 600 mA LDO Regulators (SLG46583) • I2C Interface • 2.5 V

Programmable Mixed-signal Matrix with Asynchronous State Machine and LDOs

Features • Programmable Asynchronous State Machine • Logic & Mixed Signal Circuits • Highly Versatile Macrocells • Read Back Protection (Read Lock) • Four 150 mA LDO Regulators (SLG46580) • Two 300 mA LDO Regulators (SLG46582) • One 600 mA LDO Regulators (SLG46583) • I2C Interface • 2.5 V

GreenPAK Programmable Mixed-signal Matrix with Asynchronous State Machine and LDOs

Features • Programmable Asynchronous State Machine • Logic & Mixed Signal Circuits • Highly Versatile Macrocells • Read Back Protection (Read Lock) • Four 150 mA LDO Regulators (SLG46580) • Two 300 mA LDO Regulators (SLG46582) • One 600 mA LDO Regulators (SLG46583) • I2C Interface • 2.5 V

Inductive Sensor

Features ■Threaded barrel, M30 x 1.5 ■Plastic, PA12‐GF30 ■DC 3-wire, 10…30 VDC ■NO contact, PNP output ■M12 x 1 male connector Functional principle Inductive sensors detect metal objects contactless and wear-free. For this, they use a high-frequency electromagnetic AC field that interact