iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton号码装置

Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton® keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory, allowing the u • DS1982-based iButtons branded with their respective character for optimum legibility \n• 128 bytes of user-programmable EPROM in each iButton for maximum flexibility \n• Available as set of 12 (as shown in the graphic) or as individual iButtons;

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton号码装置

Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton® keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory, allowing the u ·DS1982-based iButtons branded with their respective character for optimum legibility\n·128 bytes of user-programmable EPROM in each iButton for maximum flexibility\n·Available as set of 12 (as shown in the graphic) or as individual iButtons;

iButton Number Set

DESCRIPTION Unlike conventional keypads, where data is entered by pressing a mechanical key, the solid buttons of an iButton keypad allow users to enter data by simply touching each button with an iButton probe or handheld computer. Each of these buttons comes from the factory with blank memory,

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

包装：管件 描述：IBUTTON NUMBER SET ONE 存储卡，模块 专用

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

包装：管件 描述：IBUTTON NUMBER SET TWO 存储卡，模块 专用

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

iButton Number Set

文件：56.73 Kbytes Page：2 Pages

based iButtons branded with their respective character for optimum legibility

文件：56.73 Kbytes Page：2 Pages

High-Voltage Switchmode Controllers with MOSFET

General Description The Supertex HV9105 and HV9108 are high-efficiency high voltage SMPS ICs intended for use in power converters requiring extreme efficiency at output power levels of 5.0W or less. The low supply current (0.5mA max) allows them to be used to build supplies which meet CCITT I.430

High-Voltage Switchmode Controllers with MOSFET

General Description The Supertex HV9105 and HV9108 are high-efficiency high voltage SMPS ICs intended for use in power converters requiring extreme efficiency at output power levels of 5.0W or less. The low supply current (0.5mA max) allows them to be used to build supplies which meet CCITT I.430

High-Voltage Switchmode Controllers with MOSFET

General Description The Supertex HV9105 and HV9108 are high-efficiency high voltage SMPS ICs intended for use in power converters requiring extreme efficiency at output power levels of 5.0W or less. The low supply current (0.5mA max) allows them to be used to build supplies which meet CCITT I.430

DEFLECTION PROCESSOR FOR MULTISYNC MONITORS

DESCRIPTION The TDA9105 is a monolithic integrated circuit assembled in a 42 pins shrink dual in line plastic package. This IC controls all the functions related to the horizontal and vertical deflection in multimodes or multisync monitors. HORIZONTAL ■ DUAL PLL CONCEPT ■ 150kHz MAXIMUM FREQU

DEFLECTION PROCESSOR FOR MULTISYNC MONITORS

DESCRIPTION The TDA9105A is a monolithic integrated circuit assembled in a 42 pins shrink dual in line plastic package. This IC controls all the functions related to the horizontal and vertical deflection in multimodes or multisync monitors. HORIZONTAL ■ DUAL PLL CONCEPT ■ 150kHz MAXIMUM FREQ