Panasonic AM1 (NZ BASIC) Operating Characteristics, Standard types cont d, One way types

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AM1

OPERATING CHARACTERISTICS

Standard types

Types of actuator	Pin plunger		Overtravel plunger			Compact overtravel					Panel mount plunger
Types of actuator	Pin plunger		Overtravel plunger				plunger				Panel mount plunger
							plunger

Operating force, max.				3.63 N

Release force, min.				1.12 N

Pretravel, max. mm		0.4

Movement differential, max. mm		0.05

Overtravel, min. mm	0.13		1.5				1.5				5.6

Operating position, mm	15.9±0.4		28.2±0.5				21.2±0.5				21.8±0.8


Types of actuator	Panel mount roller		Panel mount cross roller				Flexible leaf lever				Flexible roller leaf lever
Types of actuator	plunger			plunger			Flexible leaf lever				Flexible roller leaf lever
	plunger			plunger
Operating force, max.		3.63 N								1.47 N

Release force, min.		1.12 N								0.14 N

Pretravel, max. mm		0.4								4

Movement differential, max. mm		0.05								1.3

Overtravel, min. mm		3.6								1.6

Operating position, mm	33.3±1.2						17.5±0.8				28.6±0.8

Standard types (cont' d)

Types of actuator	Rigid lever			Rigid short roller lever							Rigid roller lever

Operating force, max.	0.69 N			1.57 N							0.98 N

Release force, min.	0.14 N			0.42 N							0.2 N

Pretravel, max. mm	10			4.5						7.5

Movement differential, max. mm	1.3			0.7						1.3

Overtravel, min. mm	5.6			2.4						3.6

Operating position, mm	19.1±0.7			30.2±0.4						30.2±0.7

One way types

Types of actuator	Rigid short roller lever							Rigid roller lever

Operating force, max.		2.23 N								1.67 N

Release force, min.		0.42 N								0.42 N

Pretravel, max. mm		3.5								4.5

Movement differential, max. mm		0.4								0.5

Overtravel, min. mm		1.5								2.4

Free position, max. mm		31.8								43.3

Operating position, mm	30.2±0.4								41.3±0.4

Reversed action types

Types of actuator	Rigid lever			Rigid short roller lever							Rigid roller lever
Operating force, max.	1.67 N			5.30 N							2.35 N
Release force, min.	0.27 N			1.67 N							0.56 N
Pretravel, max. mm	5.0			2.5						3.6
Movement differential, max. mm	0.9			0.4						0.7
Overtravel, min. mm	5.6			2.0						4.0
Operating position, mm	19.1±0.8			30.2±0.5						30.2±0.8
Oil tight types

Types of actuator	Rigid lever			Rigid short roller lever							Rigid roller lever

Operating force, max.	0.69 N			1.67 N							0.98 N

Release force, min.	0.14 N			0.42 N							0.20 N

Pretravel, max. mm	10			4.5						7.5

Movement differential, max. mm	1.5			0.7						1.3

Overtravel, min. mm	5.6			2.4						3.6

Operating position, mm	19.1±0.7			30.2±0.4						30.2±0.7

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Contents Features Ordering InformationTerminal Variation Product Types SpecificationsOne way types Operating CharacteristicsStandard types Standard types cont dCompact over plunger DimensionsStandard types Pin plunger Overtravel plungerFlexible roller leaf lever Panel mount roller plungerPanel mount cross roller plunger Flexible leaf leverRigid lever Rigid short roller leverRigid roller lever Operating force 35 N Max Release force Plunger seal Lever Stainless steel 26.1 R63.5 20.1±0.5 Regarding fastening of switch body Avoid using switches in the following conditionsOthers

AM1 (NZ BASIC) specifications

The Panasonic AM1, also known as NZ BASIC, is a versatile and innovative personal computer that was introduced in the early 1980s. This machine represents an era of computing when home and office technology began to merge, making it accessible for everyday users and enthusiasts alike.

One of the standout features of the Panasonic AM1 is its compact design, which makes it suitable for various workspaces. The AM1 was built to be user-friendly, featuring a straightforward keyboard and a clear display that catered to both beginners and experienced users. The inclusion of a floppy disk drive allowed users to save and transfer data easily, bridging the gap between portable use and desktop computing.

Under the hood, the AM1 is powered by an Intel 8088 processor, which operates at a clock speed of 4.77 MHz. This processor was a step forward at the time, facilitating the execution of more complex tasks and supporting a variety of applications. The AM1's architecture enabled it to support 16-bit computing, which enriched its capabilities and provided a more efficient means of data processing compared to its predecessors in the personal computer market.

The operating system of the Panasonic AM1 was its own customized version of BASIC, which provided users a familiar programming environment. This integration allowed users to create simple programs and scripts, making it a popular machine in educational settings. The emphasis on BASIC programming also attracted a generation of hobbyists who enjoyed writing their software.

Connectivity was another key aspect of the AM1. It featured multiple ports for peripherals, including printers, modems, and external drives. This flexibility allowed users to expand their system capabilities and customize their computing experience.

In terms of memory, the Panasonic AM1 initially offered modest RAM options, but it could be upgraded to meet the increasing demands of software and applications as they evolved. This upgradability extended the life of the machine, making it a worthy investment for users looking to keep pace with technological advancements.

Overall, the Panasonic AM1 (NZ BASIC) represents a significant milestone in personal computing history. Its blend of user-friendly design, innovative technology, and programming capabilities made it an appealing choice for both novices and professional users in the early days of computing. With its classic architecture and practical features, the AM1 remains a cherished piece of technology for collectors and enthusiasts alike.